Organic electroluminescence element, composition, powder, electronic equipment, and novel compound

ABSTRACT

An organic electroluminescence device including: a cathode; an anode; and at least one emitting layer disposed between the cathode and the anode, wherein the emitting layer contains a first host material, a second host material, and a dopant material, wherein the first host material is a compound represented by the following formula (1), the second host material is a compound represented by the following formula (2), and the first host material and the second host material are different compounds.

TECHNICAL FIELD

The invention relates to an organic electroluminescence device, a composition, a powder, an electronic apparatus, and a novel compound.

BACKGROUND ART

When voltage is applied to an organic electroluminescence device (hereinafter, referred to as an organic EL device), holes and electrons are injected into an emitting layer from an anode and a cathode, respectively. Then, thus injected holes and electrons are recombined in the emitting layer, and excitons are formed therein.

The improvement of the device material is proceeded with in order to enhance the device performance of the organic EL device. Attempts of the use of two or more materials in combination in a single organic layer to utilize the advantage of the features of each material are made. For example, Patent Document 1 discloses a technique in which two kinds of host materials are used in combination in an emitting layer.

RELATED ART DOCUMENTS Patent Documents

-   [Patent Document 1] JP 2015-18883 A

SUMMARY OF THE INVENTION

However, even when a plurality of materials is used in combination, the advantages of each material are not necessarily maintained. There are cases where the improvement as expected is not observed or the performance is deteriorated on the contrary, and there is still room for upgrading in the art for improving the performance of the organic EL device by this method.

An object of the invention is to provide an organic EL device having a low drive voltage and a high external quantum efficiency.

Another object of the invention is to provide a novel compound that can improve the lifetime of an organic EL device.

As a result of intensive studies to achieve the above objects, the inventors found that an organic EL device having a low driving voltage and a high external quantum efficiency can be obtained by using a combination of two compounds having a specific structure (a first host material and a second host material) in an emitting layer of an organic EL device, thereby completing the invention.

According to the invention, the following organic EL device, composition, powder, electronic apparatus, and novel compound are provided.

-   1. An organic electroluminescence device comprising:     -   a cathode;     -   an anode; and     -   at least one emitting layer disposed between the cathode and the         anode, wherein     -   the emitting layer comprises a first host material, a second         host material, and a dopant material,     -   the first host material is a compound represented by the         following formula (1),     -   the second host material is a compound represented by the         following formula (2), and     -   the first host material and the second host material are         different compounds:

-   -   wherein in the formula (1),     -   R_(1A) to R_(8A) are independently

-   a hydrogen atom,

-   a substituent R, or

-   a group represented by the following formula (1A);     -   the substituent R is

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   when two or more of the substituents R are present, the two or         more of the substituents R may be the same as or different from         each other;     -   L_(1A)'s are independently

-   a single bond,

-   a substituted or unsubstituted arylene group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted divalent heterocyclic group including     5 to 50 ring atoms;     -   Ar_(1A)'s are independently

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   R₉₀₁ to R₉₀₇ are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   when two or more of each of R₉₀₁ to R₉₀₇ are present, the two or         more of each of R₉₀₁ to R₉₀₇ are the same as or different from         each other;

-L_(1A)-Ar_(1A)  (1A)

-   -   wherein in the formula (1A),     -   L_(1A) and Ar_(1A) are as defined in the formula (1); and     -   when two or more groups represented by the formula (1A) are         present, the two or more of each of the groups represented by         the formula (1A) may be the same as or different from each         other;

-   -   wherein in the formula (2),     -   X_(11B) is an oxygen atom or a sulfur atom;     -   one or more sets of adjacent two or more of R_(14B) to R_(17B)         form a substituted or unsubstituted, saturated or unsaturated         ring by bonding with each other;     -   one or more sets of adjacent two or more of R_(11B) to R_(13B)         form a substituted or unsubstituted, saturated or unsaturated         ring by bonding with each other, or do not form a substituted or         unsubstituted, saturated or unsaturated ring;     -   R_(11B) to R_(17B) which do not form the substituted or         unsubstituted, saturated or unsaturated ring, and R_(1B) to         R_(8B) are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   L_(1B) and L_(2B) are independently

-   a single bond,

-   a substituted or unsubstituted arylene group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted divalent heterocyclic group including     5 to 50 ring atoms;     -   Ar_(1B) is

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and

R₉₀₁ to R₉₀₇ are as defined in the formula (1).

-   2. A composition comprising a compound represented by the following     formula (1) and a compound represented by the following formula (2),     wherein the compound represented by the following formula (1) and     the compound represented by the following formula (2) are different     compounds:

-   -   wherein in the formula (1),     -   R_(1A) to R_(8A) are independently

-   a hydrogen atom,

-   a substituent R, or

-   a group represented by the following formula (1A);     -   the substituent R is

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   when two or more of the substituents R are present, the two or         more of the substituents R may be the same as or different from         each other;     -   L_(1A)'s are independently

-   a single bond,

-   a substituted or unsubstituted arylene group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted divalent heterocyclic group including     5 to 50 ring atoms;     -   Ar_(1A)'s are independently

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   R₉₀₁ to R₉₀₇ are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   when two or more of each of R₉₀₁ to R₉₀₇ are present, the two or         more of each of R₉₀₁ to R₉₀₇ are the same as or different from         each other;

-L_(1A)-Ar_(1A)  (1A)

-   -   wherein in the formula (1A),     -   L_(1A) and Ar_(1A) are as defined in the formula (1); and     -   when two or more groups represented by the formula (1A) are         present, the two or more of the groups represented by the         formula (1A) may be the same as or different from each other,

-   -   wherein in the formula (2),     -   X_(11B) is an oxygen atom or a sulfur atom;     -   one or more sets of adjacent two or more of R_(14B) to R_(17B)         form a substituted or unsubstituted, saturated or unsaturated         ring by bonding with each other;     -   one or more sets of adjacent two or more of R_(11B) to R_(13B)         form a substituted or unsubstituted, saturated or unsaturated         ring by bonding with each other, or do not form a substituted or         unsubstituted, saturated or unsaturated ring;     -   R_(11B) to R_(17B) which do not form the substituted or         unsubstituted, saturated or unsaturated ring are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   R_(1B) to R_(8B) are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   L_(1B) and L_(2B) are independently

-   a single bond,

-   a substituted or unsubstituted arylene group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted divalent heterocyclic group including     5 to 50 ring atoms;     -   Ar_(1B) is

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formula (1).

-   3. A powder comprising the composition according to 2.

-   4. An organic electroluminescence device comprising:     -   a cathode;     -   an anode; and     -   at least one emitting layer disposed between the cathode and the         anode, wherein     -   the emitting layer comprises a composition according to 2.

-   5. An electronic apparatus, equipped with the organic     electroluminescence device according to 1 or 4.

-   6. A compound represented by the following formula (3-1):

-   -   wherein in the formula (3-1),     -   X_(11C) is an oxygen atom or a sulfur atom;     -   L_(1C) and L_(2C) are independently

-   a single bond,

-   a substituted or unsubstituted arylene group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted divalent heterocyclic group including     5 to 50 ring atoms;     -   provided that a hydrogen atom possessed by L_(1C) which is not a         single bond may be a deuterium atom;     -   one or more sets of adjacent two or more of R_(11C) to R_(13C)         form a substituted or unsubstituted, saturated or unsaturated         ring by bonding with each other, or do not form a substituted or         unsubstituted, saturated or unsaturated ring;     -   R_(1C) to R_(8C), R_(14C), R_(15C), and R_(15C) to R_(21C), and         R_(11C) to R_(13C) which do not form the substituted or         unsubstituted, saturated or unsaturated ring are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   R₉₀₁ to R₉₀₇ are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   when two or more of each of R₉₀₁ to R₉₀₇ are present, the two or         more of each of R₉₀₁ to R₉₀₇ may be the same as or different         from each other;     -   provided that in the case where R_(1C) to R_(8C), R_(14C),         R_(15C), and R_(18C) to R_(21C), and R_(11C) to R_(13C) which do         not form the substituted or unsubstituted, saturated or         unsaturated ring are hydrogen atoms, the hydrogen atoms are not         deuterium atoms;     -   hydrogen atoms possessed by R_(1C) to R_(8C), R_(14C), R_(15C),         and R_(18C) to R_(21C) which are not hydrogen atoms, and R_(11C)         to R_(13C) which do not form the substituted or unsubstituted,         saturated or unsaturated ring are not deuterium atoms;     -   in the case where R_(1C) to IRK, R_(14C), R_(15C), and R_(18C)         to R_(21C) which are not hydrogen atoms, and R_(11C) to R_(13C)         which form a substituted or unsubstituted, saturated or         unsaturated ring and have an arbitrary substituent, hydrogen         atoms possessed by the arbitrary substituent are not deuterium         atoms;     -   hydrogen atoms possessed by the substituted or unsubstituted,         saturated or unsaturated ring formed by bonding R_(11C) to         R_(13C) to each other are not deuterium atoms; and     -   in the case where the substituted or unsubstituted, saturated or         unsaturated ring formed by bonding R_(11C) to R_(13C) to each         other has an arbitrary substituent, hydrogen atoms possessed by         the arbitrary substituent are not deuterium atoms.

-   7. A compound represented by the following formula (3-2):

-   -   wherein in the formula (3-2),     -   X_(11C) is an oxygen atom or a sulfur atom;     -   L_(1C) is

-   a single bond,

-   a substituted or unsubstituted arylene group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted divalent heterocyclic group including     5 to 50 ring atoms;     -   Ar_(1C) is

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   provided that at least one hydrogen atom possessed by the group         of -L_(1C)-Ar_(1C) is a deuterium atom;     -   one or more sets of adjacent two or more of R_(11C) to R_(13C)         form a substituted or unsubstituted, saturated or unsaturated         ring by bonding with each other, or do not form a substituted or         unsubstituted, saturated or unsaturated ring;     -   R_(1C) to R_(8C), R_(14C), and R_(17C) to R_(21C), and R_(11C)         to R_(13C) which do not form the substituted or unsubstituted,         saturated or unsaturated ring are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   R₉₀₁ to R₉₀₇ are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   when two or more of each of R₉₀₁ to R₉₀₇ are present, the two or         more of each of R₉₀₁ to R₉₀₇ may be the same as or different         from each other;     -   provided that in the case where R_(1C) to R_(8C), R_(14C), and         R_(17C) to R_(21C), and R_(11C) to R_(13C) which do not form the         substituted or unsubstituted, saturated or unsaturated ring are         hydrogen atoms, the hydrogen atoms are not deuterium atoms;     -   hydrogen atoms possessed by R_(1C) to R_(8C), R_(14C) and         R_(17C) to R_(21C), which are not hydrogen atoms, and R_(11C) to         R_(13C) which do not form substituted or unsubstituted,         saturated or unsaturated rings, are not deuterium atoms;     -   in the case where R_(1C) to R_(8C), R_(14C), and R_(17C) to         R_(21C) which are not hydrogen atoms, and R_(11C) to R_(13C)         which do not form the substituted or unsubstituted, saturated or         unsaturated ring and have an arbitrary substituent, hydrogen         atoms possessed by the arbitrary substituent are not deuterium         atoms;     -   hydrogen atoms possessed by the substituted or unsubstituted,         saturated or unsaturated ring formed by bonding R_(11C) to         R_(13C) to each other are not deuterium atoms; and     -   in the case where the substituted or unsubstituted, saturated or         unsaturated ring formed by bonding R_(11C) to R_(13C) to each         other has an arbitrary substituent, hydrogen atoms possessed by         the arbitrary substituent are not deuterium atoms.

According to the invention, an organic EL device having a low drive voltage and a high external quantum efficiency can be provided.

According to the invention, a novel compound that can increase the lifetime of an organic EL device can be provided.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a diagram showing a schematic configuration of an organic EL device according to an aspect of the invention.

MODE FOR CARRYING OUT THE INVENTION Definition

In this specification, a hydrogen atom includes its isotopes different in the number of neutrons, namely, a protium, a deuterium and a tritium.

In this specification, at a bondable position in a chemical formula where a symbol such as “R”, or “D” representing a deuterium atom is not indicated, a hydrogen atom, that is, a protium atom, a deuterium atom or a tritium atom is bonded.

In this specification, the number of ring carbon atoms represents the number of carbon atoms forming a subject ring itself among the carbon atoms of a compound having a structure in which atoms are bonded in a ring form (for example, a monocyclic compound, a fused ring compound, a cross-linked compound, a carbocyclic compound, or a heterocyclic compound). When the subject ring is substituted by a substituent, the carbon contained in the substituent is not included in the number of ring carbon atoms. The same shall apply to “the number of ring carbon atoms” described below, unless otherwise specified. For example, a benzene ring has 6 ring carbon atoms, a naphthalene ring includes 10 ring carbon atoms, a pyridine ring includes 5 ring carbon atoms, and a furan ring includes 4 ring carbon atoms. Further, for example, a 9,9-diphenylfluorenyl group includes 13 ring carbon atoms, and a 9,9′-spirobifluorenyl group includes 25 ring carbon atoms.

When a benzene ring is substituted by, for example, an alkyl group as a substituent, the number of carbon atoms of the alkyl group is not included in the number of ring carbon atoms of the benzene ring. Therefore, the number of ring carbon atoms of the benzene ring substituted by the alkyl group is 6. When a naphthalene ring is substituted by, for example, an alkyl group as a substituent, the number of carbon atoms of the alkyl group is not included in the number of ring carbon atoms of the naphthalene ring. Therefore, the number of ring carbon atoms of the naphthalene ring substituted by the alkyl group is 10.

In this specification, the number of ring atoms represents the number of atoms forming a subject ring itself among the atoms of a compound having a structure in which atoms are bonded in a ring form (for example, the structure includes a monocyclic ring, a fused ring and a ring assembly) (for example, a monocyclic compound, a fused ring compound, a cross-linked compound, a carbocyclic compound and a heterocyclic compound). The number of ring atoms does not include atoms which do not form the ring (for example, a hydrogen atom which terminates a bond of the atoms forming the ring), or atoms contained in a substituent when the ring is substituted by the substituent. The same shall apply to “the number of ring atoms” described below, unless otherwise specified. For example, the number of atoms of a pyridine ring is 6, the number of atoms of a quinazoline ring is 10, and the number of a furan ring is 5. For example, hydrogen atoms bonded to a pyridine ring and atoms constituting a substituent substituted on the pyridine ring are not included in the number of ring atoms of the pyridine ring. Therefore, the number of ring atoms of a pyridine ring with which a hydrogen atom or a substituent is bonded is 6. For example, hydrogen atoms and atoms constituting a substituent which are bonded with a quinazoline ring is not included in the number of ring atoms of the quinazoline ring. Therefore, the number of ring atoms of a quinazoline ring with which a hydrogen atom or a substituent is bonded is 10.

In this specification, “XX to YY carbon atoms” in the expression “a substituted or unsubstituted ZZ group including XX to YY carbon atoms” represents the number of carbon atoms in the case where the ZZ group is unsubstituted by a substituent, and does not include the number of carbon atoms of a substituent in the case where the ZZ group is substituted by the substituent. Here, “YY” is larger than “XX”, and “XX” means an integer of 1 or more and “YY” means an integer of 2 or more.

In this specification, “XX to YY atoms” in the expression “a substituted or unsubstituted ZZ group including XX to YY atoms” represents the number of atoms in the case where the ZZ group is unsubstituted by a substituent, and does not include the number of atoms of a substituent in the case where the ZZ group is substituted by the substituent. Here, “YY” is larger than “XX”, and “XX” means an integer of 1 or more and “YY” means an integer of 2 or more.

In this specification, the unsubstituted ZZ group represents the case where the “substituted or unsubstituted ZZ group” is a “ZZ group unsubstituted by a substituent”, and the substituted ZZ group represents the case where the “substituted or unsubstituted ZZ group” is a “ZZ group substituted by a substituent”.

In this specification, a term “unsubstituted” in the case of “a substituted or unsubstituted ZZ group” means that hydrogen atoms in the ZZ group are not substituted by a substituent. Hydrogen atoms in a term “unsubstituted ZZ group” are a protium atom, a deuterium atom, or a tritium atom.

In this specification, a term “substituted” in the case of “a substituted or unsubstituted ZZ group” means that one or more hydrogen atoms in the ZZ group are substituted by a substituent. Similarly, a term “substituted” in the case of “a BB group substituted by an AA group” means that one or more hydrogen atoms in the BB group are substituted by the AA group.

“Substituent as Described in this Specification”

Hereinafter, the substituent described in this specification will be explained.

The number of ring carbon atoms of the “unsubstituted aryl group” described in this specification is 6 to 50, preferably 6 to 30, and more preferably 6 to 18, unless otherwise specified.

The number of ring atoms of the “unsubstituted heterocyclic group” described in this specification is 5 to 50, preferably 5 to 30, and more preferably 5 to 18, unless otherwise specified.

The number of carbon atoms of the “unsubstituted alkyl group” described in this specification is 1 to 50, preferably 1 to 20, and more preferably 1 to 6, unless otherwise specified.

The number of carbon atoms of the “unsubstituted alkenyl group” described in this specification is 2 to 50, preferably 2 to 20, and more preferably 2 to 6, unless otherwise specified.

The number of carbon atoms of the “unsubstituted alkynyl group” described in this specification is 2 to 50, preferably 2 to 20, and more preferably 2 to 6, unless otherwise specified.

The number of ring carbon atoms of the “unsubstituted cycloalkyl group” described in this specification is 3 to 50, preferably 3 to 20, and more preferably 3 to 6, unless otherwise specified.

The number of ring carbon atoms of the “unsubstituted arylene group” described in this specification is 6 to 50, preferably 6 to 30, and more preferably 6 to 18, unless otherwise specified.

The number of ring atoms of the “unsubstituted divalent heterocyclic group” described in this specification is 5 to 50, preferably 5 to 30, and more preferably 5 to 18, unless otherwise specified.

The number of carbon atoms of the “unsubstituted alkylene group” described in this specification is 1 to 50, preferably 1 to 20, and more preferably 1 to 6, unless otherwise specified.

“Substituted or Unsubstituted Aryl Group”

Specific examples of the “substituted or unsubstituted aryl group” described in this specification (specific example group G1) include the following unsubstituted aryl groups (specific example group G1A), substituted aryl groups (specific example group G1B), and the like. (Here, the unsubstituted aryl group refers to the case where the “substituted or unsubstituted aryl group” is an “aryl group unsubstituted by a substituent”, and the substituted aryl group refers to the case where the “substituted or unsubstituted aryl group” is an “aryl group substituted by a substituent”.). In this specification, in the case where simply referred as an “aryl group”, it includes both a “unsubstituted aryl group” and a “substituted aryl group.”

The “substituted aryl group” means a group in which one or more hydrogen atoms of the “unsubstituted aryl group” are substituted by a substituent. Specific examples of the “substituted aryl group” include, for example, groups in which one or more hydrogen atoms of the “unsubstituted aryl group” of the following specific example group G1A are substituted by a substituent, the substituted aryl groups of the following specific example group G1B, and the like. It should be noted that the examples of the “unsubstituted aryl group” and the examples of the “substituted aryl group” enumerated in this specification are mere examples, and the “substituted aryl group” described in this specification also includes a group in which a hydrogen atom bonded with a carbon atom of the aryl group itself in the “substituted aryl group” of the following specific group GIB is further substituted by a substituent, and a group in which a hydrogen atom of a substituent in the “substituted aryl group” of the following specific group GIB is further substituted by a substituent.

Unsubstituted Aryl Group (Specific Example Group G1A):

-   -   a phenyl group,     -   a p-biphenyl group,     -   a m-biphenyl group,     -   an o-biphenyl group,     -   a p-terphenyl-4-yl group,     -   a p-terphenyl-3-yl group,     -   a p-terphenyl-2-yl group,     -   a m-terphenyl-4-yl group,     -   a m-terphenyl-3-yl group,     -   a m-terphenyl-2-yl group,     -   an o-terphenyl-4-yl group,     -   an o-terphenyl-3-yl group,     -   an o-terphenyl-2-yl group,     -   a 1-naphthyl group,     -   a 2-naphthyl group,     -   an anthryl group,     -   a benzanthryl group,     -   a phenanthryl group,     -   a benzophenanthryl group,     -   a phenalenyl group,     -   a pyrenyl group,     -   a chrysenyl group,     -   a benzochrysenyl group,     -   a triphenylenyl group,     -   a benzotriphenylenyl group,     -   a tetracenyl group,     -   a pentacenyl group,     -   a fluorenyl group,     -   a 9,9′-spirobifluorenyl group,     -   a benzofluorenyl group,     -   a dibenzofluorenyl group,     -   a fluoranthenyl group,     -   a benzofluoranthenyl group,     -   a perylenyl group, and     -   a monovalent aryl group derived by removing one hydrogen atom         from the ring structures represented by any of the following         general formulas (TEMP-1) to (TEMP-15).

Substituted Aryl Group (Specific Example Group G1B):

-   -   an o-tolyl group,     -   a m-tolyl group,     -   a p-tolyl group,     -   a p-xylyl group,     -   a m-xylyl group,     -   an o-xylyl group,     -   a p-isopropylphenyl group,     -   a m-isopropylphenyl group,     -   an o-isopropylphenyl group,     -   a p-t-butylphenyl group,     -   a m-t-butylphenyl group,     -   an o-t-butylphenyl group,     -   a 3,4,5-trimethylphenyl group,     -   a 9,9-dimethylfluorenyl group,     -   a 9,9-diphenylfluorenyl group,     -   a 9,9-bis(4-methylphenyl)fluorenyl group,     -   a 9,9-bis(4-isopropylphenyl)fluorenyl group,     -   a 9,9-bis(4-t-butylphenyl)fluorenyl group,     -   a cyanophenyl group,     -   a triphenylsilylphenyl group,     -   a trimethylsilylphenyl group,     -   a phenylnaphthyl group,     -   a naphthylphenyl group, and     -   a group in which one or more hydrogen atoms of a monovalent         group derived from the ring structures represented by any of the         general formulas (TEMP-1) to (TEMP-15) are substituted by a         substituent.

“Substituted or Unsubstituted Heterocyclic Group”

The “heterocyclic group” described in this specification is a ring group having at least one hetero atom in the ring atom. Specific examples of the hetero atom include a nitrogen atom, an oxygen atom, a sulfur atom, a silicon atom, a phosphorus atom, and a boron atom.

The “heterocyclic group” in this specification is a monocyclic group or a fused ring group.

The “heterocyclic group” in this specification is an aromatic heterocyclic group or a non-aromatic heterocyclic group.

Specific examples of the “substituted or unsubstituted heterocyclic group” (specific example group G2) described in this specification include the following unsubstituted heterocyclic group (specific example group G2A), the following substituted heterocyclic group (specific example group G2B), and the like. (Here, the unsubstituted heterocyclic group refers to the case where the “substituted or unsubstituted heterocyclic group” is a “heterocyclic group unsubstituted by a substituent”, and the substituted heterocyclic group refers to the case where the “substituted or unsubstituted heterocyclic group” is a “heterocyclic group substituted by a substituent”.). In this specification, in the case where simply referred as a “heterocyclic group”, it includes both the “unsubstituted heterocyclic group” and the “substituted heterocyclic group.”

The “substituted heterocyclic group” means a group in which one or more hydrogen atom of the “unsubstituted heterocyclic group” are substituted by a substituent. Specific examples of the “substituted heterocyclic group” include a group in which a hydrogen atom of “unsubstituted heterocyclic group” of the following specific example group G2A is substituted by a substituent, the substituted heterocyclic groups of the following specific example group G2B, and the like. It should be noted that the examples of the “unsubstituted heterocyclic group” and the examples of the “substituted heterocyclic group” enumerated in this specification are mere examples, and the “substituted heterocyclic group” described in this specification includes groups in which hydrogen atom bonded with a ring atom of the heterocyclic group itself in the “substituted heterocyclic group” of the specific example group G2B is further substituted by a substituent, and a group in which hydrogen atom of a substituent in the “substituted heterocyclic group” of the specific example group G2B is further substituted by a substituent.

Specific example group G2A includes, for example, the following unsubstituted heterocyclic group containing a nitrogen atom (specific example group G2A1), the following unsubstituted heterocyclic group containing an oxygen atom (specific example group G2A2), the following unsubstituted heterocyclic group containing a sulfur atom (specific example group G2A3), and the monovalent heterocyclic group derived by removing one hydrogen atom from the ring structures represented by any of the following general formulas (TEMP-16) to (TEMP-33) (specific example group G2A4).

Specific example group G2B includes, for example, the following substituted heterocyclic group containing a nitrogen atom (specific example group G2B1), the following substituted heterocyclic group containing an oxygen atom (specific example group G2B2), the following substituted heterocyclic group containing a sulfur atom (specific example group G2B3), and the following group in which one or more hydrogen atoms of the monovalent heterocyclic group derived from the ring structures represented by any of the following general formulas (TEMP-16) to (TEMP-33) are substituted by a substituent (specific example group G2B4).

-   -   Unsubstituted heterocyclic group containing a nitrogen atom         (specific example group G2A1):         -   a pyrrolyl group,         -   an imidazolyl group,         -   a pyrazolyl group,         -   a triazolyl group,         -   a tetrazolyl group,         -   an oxazolyl group,         -   an isoxazolyl group,         -   an oxadiazolyl group,         -   a thiazolyl group,         -   an isothiazolyl group,         -   an thiadiazolyl group,         -   an pyridyl group,         -   an pyridazinyl group,         -   an pyrimidinyl group,         -   an pyrazinyl group,         -   an triazinyl group,         -   an indolyl group,         -   an isoindolyl group,         -   an indolizinyl group,         -   an quinolizinyl group,         -   an quinolyl group,         -   an isoquinolyl group,         -   an cinnolyl group,         -   an phthalazinyl group,         -   an quinazolinyl group,         -   an quinoxalinyl group,         -   an benzimidazolyl group,         -   an indazolyl group,         -   an phenanthrolinyl group,         -   an phenanthridinyl group,         -   an acridinyl group,         -   an phenazinyl group,         -   an carbazolyl group,         -   an benzocarbazolyl group,         -   an morpholino group,         -   an phenoxazinyl group,         -   an phenothiazinyl group,         -   an azacarbazolyl group,         -   an diazacarbazolyl group,     -   Unsubstituted heterocyclic group containing an oxygen atom         (specific example group G2A2):         -   an furyl group,         -   an oxazolyl group,         -   an isoxaxolyl group,         -   an oxadiazolyl group,         -   an xanthenyl group,         -   an benzofuranyl group,         -   an isobenzofuranyl group,         -   an dibenzofuranyl group,         -   a naphthobenzofuranyl group,         -   a benzoxazolyl group,         -   a benzisoxazolyl group,         -   a phenoxazinyl group,         -   a morpholino group,         -   a dinaphthofuranyl group,         -   an azadibenzofuranyl group,         -   a diazadibenzofuranyl group,         -   an azanaphthobenzofuranyl group, and         -   a diazanaphthobenzofuranyl group.     -   Unsubstituted heterocyclic group containing a sulfur atom         (specific example group G2A3):         -   a thienyl group,         -   a thiazolyl group,         -   an isothiazolyl group,         -   a thiadiazolyl group,         -   a benzothiophenyl group (benzothienyl group),         -   an isobenzothiophenyl group (isobenzothienyl group),         -   a dibenzothiophenyl group (dibenzothienyl group),         -   a naphthobenzothiophenyl group (naphthobenzothienyl group),         -   a benzothiazolyl group,         -   a benzisothiazolyl group,         -   a phenothiazinyl group,         -   a dinaphthothiophenyl group (dinaphthothienyl group),         -   an azadibenzothiophenyl group (azadibenzothienyl group),         -   a diazadibenzothiophenyl group (diazadibenzothienyl group),         -   an azanaphthobenzothiophenyl group (azanaphthobenzothienyl             group), and         -   a diazanaphthobenzothiophenyl group             (diazanaphthobenzothienyl group).     -   Monovalent heterocyclic group derived by removing one hydrogen         atom from the ring structures represented by any of the         following general formulas (TEMP-16) to (TEMP-33) (specific         example group G2A4):

In the general formulas (TEMP-16) to (TEMP-33), X_(A) and Y_(A) are independently an oxygen atom, a sulfur atom, NH, or CH₂. Provided that at least one of X_(A) and Y_(A) is an oxygen atom, a sulfur atom, or NH.

In the general formulas (TEMP-16) to (TEMP-33), when at least one of X_(A) and Y_(A) is NH or CH₂, the monovalent heterocyclic group derived from the ring structures represented by any of the general formulas (TEMP-16) to (TEMP-33) includes a monovalent group derived by removing one hydrogen atom from these NH or CH₂.

-   -   Substituted heterocyclic group containing a nitrogen atom         (specific example group G2B1):         -   a (9-phenyl)carbazolyl group,         -   a (9-biphenylyl)carbazolyl group,         -   a (9-phenyl)phenylcarbazolyl group,         -   a (9-naphthyl)carbazolyl group,         -   a diphenylcarbazol-9-yl group,         -   a phenylcarbazol-9-yl group,         -   a methylbenzimidazolyl group,         -   an ethylbenzimidazolyl group,         -   a phenyltriazinyl group,         -   a biphenylyltriazinyl group,         -   a diphenyltriazinyl group,         -   a phenylquinazolinyl group, and         -   a biphenylylquinazolinyl group.     -   Substituted heterocyclic group containing an oxygen atom         (specific example group G2B2):         -   a phenyldibenzofuranyl group,         -   a methyldibenzofuranyl group,         -   a t-butyldibenzofuranyl group, and         -   a monovalent residue of             spiro[9H-xanthene-9,9′-[9H]fluorene].     -   Substituted Heterocyclic Group Containing a Sulfur Atom         (Specific Example Group G2B3):         -   a phenyldibenzothiophenyl group,         -   a methyldibenzothiophenyl group,         -   a t-butyldibenzothiophenyl group, and         -   a monovalent residue of             spiro[9H-thioxanthene-9,9′-[9H]fluorene].     -   Group in which one or more hydrogen atoms of the monovalent         heterocyclic group derived from the ring structures represented         by any of the following general formulas (TEMP-16) to (TEMP-33)         are substituted by a substituent (specific example group G2B4):

The “one or more hydrogen atoms of the monovalent heterocyclic group” means one or more hydrogen atoms selected from hydrogen atoms bonded with ring carbon atoms of the monovalent heterocyclic group, a hydrogen atom bonded with a nitrogen atom when at least one of X_(A) and Y_(A) is NH, and hydrogen atoms of a methylene group when one of X_(A) and Y_(A) is CH₂.

“Substituted or Unsubstituted Alkyl Group”

Specific examples of the “substituted or unsubstituted alkyl group” (specific example group G3) described in this specification include the following unsubstituted alkyl groups (specific example group G3A) and the following substituted alkyl groups (specific example group G3B). (Here, the unsubstituted alkyl group refers to the case where the “substituted or unsubstituted alkyl group” is an “alkyl group unsubstituted by a substituent”, and the substituted alkyl group refers to the case where the “substituted or unsubstituted alkyl group” is an “alkyl group substituted by a substituent”.). In this specification, in the case where simply referred as an “alkyl group” includes both the “unsubstituted alkyl group” and the “substituted alkyl group.”

The “substituted alkyl group” means a group in which one or more hydrogen atoms in the “unsubstituted alkyl group” are substituted by a substituent. Specific examples of the “substituted alkyl group” include groups in which one or more hydrogen atoms in the following “unsubstituted alkyl group” (specific example group G3A) are substituted by a substituent, the following substituted alkyl group (specific example group G3B), and the like. In this specification, the alkyl group in the “unsubstituted alkyl group” means a linear alkyl group. Thus, the “unsubstituted alkyl group” includes a straight-chain “unsubstituted alkyl group” and a branched-chain “unsubstituted alkyl group”. It should be noted that the examples of the “unsubstituted alkyl group” and the examples of the “substituted alkyl group” enumerated in this specification are mere examples, and the “substituted alkyl group” described in this specification includes a group in which hydrogen atom of the alkyl group itself in the “substituted alkyl group” of the specific example group G3B is further substituted by a substituent, and a group in which hydrogen atom of a substituent in the “substituted alkyl group” of the specific example group G3B is further substituted by a substituent.

-   -   Unsubstituted alkyl group (specific example group G3A):         -   a methyl group,         -   an ethyl group,         -   a n-propyl group,         -   an isopropyl group,         -   a n-butyl group,         -   an isobutyl group,         -   a s-butyl group, and         -   a t-butyl group.     -   Substituted alkyl group (specific example group G3B):         -   a heptafluoropropyl group (including isomers),         -   a pentafluoroethyl group,         -   a 2,2,2-trifluoroethyl group, and         -   a trifluoromethyl group.

“Substituted or Unsubstituted Alkenyl Group”

Specific examples of the “substituted or unsubstituted alkenyl group” described in this specification (specific example group G4) include the following unsubstituted alkenyl group (specific example group G4A), the following substituted alkenyl group (specific example group G4B), and the like. (Here, the unsubstituted alkenyl group refers to the case where the “substituted or unsubstituted alkenyl group” is a “alkenyl group unsubstituted by a substituent”, and the “substituted alkenyl group” refers to the case where the “substituted or unsubstituted alkenyl group” is a “alkenyl group substituted by a substituent.”). In this specification, in the case where simply referred as an “alkenyl group” includes both the “unsubstituted alkenyl group” and the “substituted alkenyl group.”

The “substituted alkenyl group” means a group in which one or more hydrogen atoms in the “unsubstituted alkenyl group” are substituted by a substituent. Specific examples of the “substituted alkenyl group” include a group in which the following “unsubstituted alkenyl group” (specific example group G4A) has a substituent, the following substituted alkenyl group (specific example group G4B), and the like. It should be noted that the examples of the “unsubstituted alkenyl group” and the examples of the “substituted alkenyl group” enumerated in this specification are mere examples, and the “substituted alkenyl group” described in this specification includes a group in which a hydrogen atom of the alkenyl group itself in the “substituted alkenyl group” of the specific example group G4B is further substituted by a substituent, and a group in which a hydrogen atom of a substituent in the “substituted alkenyl group” of the specific example group G4B is further substituted by a substituent.

-   -   Unsubstituted alkenyl group (specific example group G4A):         -   a vinyl group,         -   an allyl group,         -   a 1-butenyl group,         -   a 2-butenyl group, and         -   a 3-butenyl group.     -   Substituted alkenyl group (specific example group G4B):         -   a 1,3-butanedienyl group,         -   a 1-methylvinyl group,         -   a 1-methylallyl group,         -   a 1,1-dimethylallyl group,         -   a 2-methylally group, and         -   a 1,2-dimethylallyl group.

“Substituted or Unsubstituted Alkynyl Group”

Specific examples of the “substituted or unsubstituted alkynyl group” described in this specification (specific example group G5) include the following unsubstituted alkynyl group (specific example group G5A) and the like. (Here, the unsubstituted alkynyl group refers to the case where the “substituted or unsubstituted alkynyl group” is an “alkynyl group unsubstituted by a substituent”.). In this specification, in the case where simply referred as an “alkynyl group” includes both the “unsubstituted alkynyl group” and the “substituted alkynyl group.”

The “substituted alkynyl group” means a group in which one or more hydrogen atoms in the “unsubstituted alkynyl group” are substituted by a substituent. Specific examples of the “substituted alkynyl group” include a group in which one or more hydrogen atoms in the following “unsubstituted alkynyl group” (specific example group G5A) are substituted by a substituent, and the like.

-   -   Unsubstituted alkynyl group (specific example group G5A):         -   an ethynyl group.

“Substituted or Unsubstituted Cycloalkyl Group”

Specific examples of the “substituted or unsubstituted cycloalkyl group” described in this specification (specific example group G6) include the following unsubstituted cycloalkyl group (specific example group G6A), the following substituted cycloalkyl group (specific example group G6B), and the like. (Here, the unsubstituted cycloalkyl group refers to the case where the “substituted or unsubstituted cycloalkyl group” is a “cycloalkyl group unsubstituted by a substituent”, and the substituted cycloalkyl group refers to the case where the “substituted or unsubstituted cycloalkyl group” is a “cycloalkyl group substituted by a substituent”.). In this specification, in the case where simply referred as a “cycloalkyl group” includes both the “unsubstituted cycloalkyl group” and the “substituted cycloalkyl group.”

The “substituted cycloalkyl group” means a group in which one or more hydrogen atoms in the “unsubstituted cycloalkyl group” are substituted by a substituent. Specific examples of the “substituted cycloalkyl group” include a group in which one or more hydrogen atoms in the following “unsubstituted cycloalkyl group” (specific example group G6A) are substituted by a substituent, and examples of the following substituted cycloalkyl group (specific example group G6B), and the like. It should be noted that the examples of the “unsubstituted cycloalkyl group” and the examples of the “substituted cycloalkyl group” enumerated in this specification are mere examples, and the “substituted cycloalkyl group” in this specification includes a group in which one or more hydrogen atoms bonded with the carbon atom of the cycloalkyl group itself in the “substituted cycloalkyl group” of the specific example group G6B are substituted by a substituent, and a group in which a hydrogen atom of a substituent in the “substituted cycloalkyl group” of specific example group G6B is further substituted by a substituent.

-   -   Unsubstituted cycloalkyl group (specific example group G6A):         -   a cyclopropyl group,         -   a cyclobutyl group,         -   a cyclopentyl group,         -   a cyclohexyl group,         -   a 1-adamantyl group,         -   a 2-adamantyl group,         -   a 1-norbornyl group, and         -   a 2-norbornyl group.     -   Substituted cycloalkyl group (specific example group G6B):         -   a 4-methylcyclohexyl group.

“Group Represented by —Si (R₉₀₁)(R₉₀₂)(R₉₀₃)”

Specific examples of the group represented by —Si(R₉₀₁)(R₉₀₂)(R₉₀₃) described in this specification (specific example group G7) include:

-   -   —Si(G1)(G1)(G1),     -   —Si(G1)(G2)(G2),     -   —Si(G1)(G1)(G2),     -   —Si(G2)(G2)(G2),     -   —Si(G3)(G3)(G3), and     -   —Si(G6)(G6)(G6).     -   G1 is the “substituted or unsubstituted aryl group” described in         the specific example group G1.     -   G2 is the “substituted or unsubstituted heterocyclic group”         described in the specific example group G2.     -   G3 is the “substituted or unsubstituted alkyl group” described         in the specific example group G3.     -   G6 is the “substituted or unsubstituted cycloalkyl group”         described in the specific example group G6.     -   Plural G1's in —Si(G1)(G1)(G1) are the same or different.     -   Plural G2's in —Si(G1)(G2)(G2) are the same or different.     -   Plural G1's in —Si(G1)(G1)(G2) are the same or different.     -   Plural G2's in —Si(G2)(G2)(G2) are be the same or different.     -   Plural G3's in —Si(G3)(G3)(G3) are the same or different.     -   Plural G6's in —Si(G6)(G6)(G6) are be the same or different.

“Group Represented by —O—(R₉₀₄)”

Specific examples of the group represented by —O—(R₉₀₄) in this specification (specific example group G8) include:

-   -   —O(G1),     -   —O(G2),     -   —O(G3), and     -   —O(G6).     -   G1 is the “substituted or unsubstituted aryl group” described in         the specific example group G1.     -   G2 is the “substituted or unsubstituted heterocyclic group”         described in the specific example group G2.     -   G3 is the “substituted or unsubstituted alkyl group” described         in the specific example group G3.     -   G6 is the “substituted or unsubstituted cycloalkyl group”         described in the specific example group G6.

“Group Represented by —S—(R₉₀₅)”

Specific examples of the group represented by —S—(R₉₀₅) in this specification (specific example group G9) include:

-   -   —S(G1),     -   —S(G2),     -   —S(G3), and     -   —S(G6).     -   G1 is the “substituted or unsubstituted aryl group” described in         the specific example group G1.     -   G2 is the “substituted or unsubstituted heterocyclic group”         described in the specific example group G2.     -   G3 is the “substituted or unsubstituted alkyl group” described         in the specific example group G3.     -   G6 is the “substituted or unsubstituted cycloalkyl group”         described in the specific example group G6.

“Group Represented by —N(R₉₀₆)(R₉₀₇)”

Specific examples of the group represented by —N(R₉₀₆)(R₉₀₇) in this specification (specific example group G10) include:

-   -   —N(G1)(G1),     -   —N(G2)(G2),     -   —N(G1)(G2),     -   —N(G3)(G3), and     -   —N(G6)(G6).     -   G1 is the “substituted or unsubstituted aryl group” described in         the specific example group G1.     -   G2 is the “substituted or unsubstituted heterocyclic group”         described in the specific example group G2.     -   G3 is the “substituted or unsubstituted alkyl group” described         in the specific example group G3.     -   G6 is the “substituted or unsubstituted cycloalkyl group”         described in the specific example group G6.     -   Plural G1's in —N(G1)(G1) are the same or different.     -   Plural G2's in —N(G2)(G2) are the same or different.     -   Plural G3's in —N(G3)(G3) are the same or different.     -   Plural G6's in —N(G6)(G6) are the same or different.

“Halogen Atom”

Specific examples of the “halogen atom” described in this specification (specific example group G11) include a fluorine atom, a chlorine atom, a bromine atom, an iodine atom, and the like.

“Substituted or Unsubstituted Fluoroalkyl Group”

The “substituted or unsubstituted fluoroalkyl group” described in this specification is a group in which at least one hydrogen atom bonded with a carbon atom constituting the alkyl group in the “substituted or unsubstituted alkyl group” is substituted by a fluorine atom, and includes a group in which all hydrogen atoms bonded with a carbon atom constituting the alkyl group in the “substituted or unsubstituted alkyl group” are substituted by a fluorine atom (a perfluoro group). The number of carbon atoms of the “unsubstituted fluoroalkyl group” is 1 to 50, preferably 1 to 30, more preferably 1 to 18, unless otherwise specified in this specification. The “substituted fluoroalkyl group” means a group in which one or more hydrogen atoms of the “fluoroalkyl group” are substituted by a substituent. The “substituted fluoroalkyl group” described in this specification also includes a group in which one or more hydrogen atoms bonded with a carbon atom of the alkyl chains in the “substituted fluoroalkyl group” are further substituted by a substituent, and a group in which one or more hydrogen atom of a substituent in the “substituted fluoroalkyl group” are further substituted by a substituent. Specific examples of the “unsubstituted fluoroalkyl group” include a group in which one or more hydrogen atoms in the “alkyl group” (specific group G3) are substituted by a fluorine atom, and the like.

“Substituted or Unsubstituted Haloalkyl Group”

The “substituted or unsubstituted haloalkyl group” described in this specification is a group in which at least one hydrogen atom bonded with a carbon atom constituting the alkyl group in the “substituted or unsubstituted alkyl group” is substituted by a halogen atom, and also includes a group in which all hydrogen atoms bonded with a carbon atom constituting the alkyl group in the “substituted or unsubstituted alkyl group” are substituted by a halogen atom. The number of carbon atoms of the “unsubstituted haloalkyl group” is 1 to 50, preferably 1 to 30, more preferably 1 to 18, unless otherwise specified in this specification. The “substituted haloalkyl group” means a group in which one or more hydrogen atoms of the “haloalkyl group” are substituted by a substituent. The “substituted haloalkyl group” described in this specification also includes a group in which one or more hydrogen atoms bonded with a carbon atom of the alkyl chain in the “substituted haloalkyl group” are further substituted by a substituent, and a group in which one or more hydrogen atoms of a substituent in the “substituted haloalkyl group” are further substituted by a substituent. Specific examples of the “unsubstituted haloalkyl group” include a group in which one or more hydrogen atoms in the “alkyl group” (specific example group G3) are substituted by a halogen atom, and the like. A haloalkyl group is sometimes referred to as an alkyl halide group.

“Substituted or Unsubstituted Alkoxy Group”

Specific examples of the “substituted or unsubstituted alkoxy group” described in this specification include a group represented by —O(G3), wherein G3 is the “substituted or unsubstituted alkyl group” described in the specific example group G3. The number of carbon atoms of the “unsubstituted alkoxy group” is 1 to 50, preferably 1 to 30, more preferably 1 to 18, unless otherwise specified in this specification.

“Substituted or Unsubstituted Alkylthio Group”

Specific examples of the “substituted or unsubstituted alkylthio group” described in this specification include a group represented by —S(G3), wherein G3 is the “substituted or unsubstituted alkyl group” described in the specific example group G3. The number of carbon atoms of the “unsubstituted alkylthio group” is 1 to 50, preferably 1 to 30, more preferably 1 to 18, unless otherwise specified in this specification.

“Substituted or Unsubstituted Aryloxy Group”

Specific examples of the “substituted or unsubstituted aryloxy group” described in this specification include a group represented by —O(G1), wherein G1 is the “substituted or unsubstituted aryl group” described in the specific example group G1. The number of ring carbon atoms of the “unsubstituted aryloxy group” is 6 to 50, preferably 6 to 30, more preferably 6 to 18, unless otherwise specified in this specification.

“Substituted or Unsubstituted Arylthio Group”

Specific examples of the “substituted or unsubstituted arylthio group” described in this specification include a group represented by —S(G1), wherein G1 is a “substituted or unsubstituted aryl group” described in the specific example group G1. The number of ring carbon atoms of the “unsubstituted arylthio group” is 6 to 50, preferably 6 to 30, more preferably 6 to 18, unless otherwise specified in this specification.

“Substituted or Unsubstituted Trialkylsilyl Group”

Specific examples of the “trialkylsilyl group” described in this specification include a group represented by —Si(G3)(G3)(G3), where G3 is the “substituted or unsubstituted alkyl group” described in the specific example group G3. Plural G3's in —Si(G3)(G3)(G3) are the same or different. The number of carbon atoms in each alkyl group of the “trialkylsilyl group” is 1 to 50, preferably 1 to 20, more preferably 1 to 6, unless otherwise specified in this specification.

“Substituted or Unsubstituted Aralkyl Group”

Specific examples of the “substituted or unsubstituted aralkyl group” described in this specification is a group represented by -(G3)-(G1), wherein G3 is the “substituted or unsubstituted alkyl group” described in the specific example group G3, and G1 is the “substituted or unsubstituted aryl group” described in the specific example group G1. Therefore, the “aralkyl group” is a group in which a hydrogen atom of the “alkyl group” is substituted by an “aryl group” as a substituent, and is one form of the “substituted alkyl group.” The “unsubstituted aralkyl group” is the “unsubstituted alkyl group” substituted by the “unsubstituted aryl group”, and the number of carbon atoms of the “unsubstituted aralkyl group” is 7 to 50, preferably 7 to 30, more preferably 7 to 18, unless otherwise specified in this specification.

Specific examples of the “substituted or unsubstituted aralkyl group” include a benzyl group, a 1-phenylethyl group, a 2-phenylethyl group, a 1-phenylisopropyl group, a 2-phenylisopropyl group, a phenyl-t-butyl group, an α-naphthylmethyl group, a 1-α-naphthylethyl group, a 2-α-naphthylethyl group, a 1-α-naphthylisopropyl group, a 2-α-naphthylisopropyl group, a β-naphthylmethyl group, a 1-β-naphthylethyl group, a 2-β-naphthylethyl group, a 1-β-naphthylisopropyl group, a 2-β-naphthylisopropyl group, and the like.

Unless otherwise specified in this specification, examples of the substituted or unsubstituted aryl group described in this specification preferably include a phenyl group, a p-biphenyl group, a m-biphenyl group, an o-biphenyl group, a p-terphenyl-4-yl group, a p-terphenyl-3-yl group, a p-terphenyl-2-yl group, a m-terphenyl-4-yl group, a m-terphenyl-3-yl group, a m-terphenyl-2-yl group, an o-terphenyl-4-yl group, an o-terphenyl-3-yl group, an o-terphenyl-2-yl group, a 1-naphthyl group, a 2-naphthyl group, an anthryl group, a phenanthryl group, a pyrenyl group, a chrysenyl group, a triphenylenyl group, a fluorenyl group, a 9,9′-spirobifluorenyl group, 9,9-dimethylfluorenyl group, 9,9-diphenylfluorenyl group, and the like.

Unless otherwise specified in this specification, examples of the substituted or unsubstituted heterocyclic groups described in this specification preferably include a pyridyl group, a pyrimidinyl group, a triazinyl group, a quinolyl group, an isoquinolyl group, a quinazolinyl group, a benzimidazolyl group, a phenanthrolinyl group, a carbazolyl group (a 1-carbazolyl group, a 2-carbazolyl group, a 3-carbazolyl group, a 4-carbazolyl group, or a 9-carbazolyl group), a benzocarbazolyl group, an azacarbazolyl group, a diazacarbazolyl group, a dibenzofuranyl group, a naphthobenzofuranyl group, an azadibenzofuranyl group, a diazadibenzofuranyl group, a dibenzothiophenyl group, a naphthobenzothiophenyl group, an azadibenzothiophenyl group, a diazadibenzothiophenyl group, a (9-phenyl)carbazolyl group (a (9-phenyl)carbazol-1-yl group, a (9-phenyl)carbazol-2-yl group, a (9-phenyl)carbazol-3-yl group, or a (9-phenyl)carbazol-4-yl group), a (9-biphenylyl)carbazolyl group, a (9-phenyl)phenylcarbazolyl group, a diphenylcarbazol-9-yl group, a phenylcarbazol-9-yl group, a phenyltriazinyl group, a biphenylyltriazinyl group, a diphenyltriazinyl group, a phenyldibenzofuranyl group, a phenyldibenzothiophenyl group, and the like.

In this specification, the carbazolyl group is specifically any of the following groups, unless otherwise specified in this specification.

In this specification, the (9-phenyl)carbazolyl group is specifically any of the following groups, unless otherwise specified in this specification.

In the general formulas (TEMP-Cz1) to (TEMP-Cz9), * represents a bonding position.

In this specification, the dibenzofuranyl group and the dibenzothiophenyl group are specifically any of the following groups, unless otherwise specified in this specification.

In the general formulas (TEMP-34) to (TEMP-41), * represents a bonding position.

The substituted or unsubstituted alkyl group described in this specification is preferably a methyl group, an ethyl group, a propyl group, an isopropyl group, a n-butyl group, an isobutyl group, a t-butyl group, or the like, unless otherwise specified in this specification.

“Substituted or Unsubstituted Arylene Group”

The “substituted or unsubstituted arylene group” described in this specification is a divalent group derived by removing one hydrogen atom on the aryl ring of the “substituted or unsubstituted aryl group”, unless otherwise specified. Specific examples of the “substituted or unsubstituted arylene group” (specific example group G12) include a divalent group derived by removing one hydrogen atom on the aryl ring of the “substituted or unsubstituted aryl group” described in the specific example group G1, and the like.

“Substituted or Unsubstituted Divalent Heterocyclic Group”

The “substituted or unsubstituted divalent heterocyclic group” described in this specification is a divalent group derived by removing one hydrogen atom on the heterocyclic ring of the “substituted or unsubstituted heterocyclic group”, unless otherwise specified. Specific examples of the “substituted or unsubstituted divalent heterocyclic group” (specific example group G13) include a divalent group derived by removing one hydrogen atom on the heterocyclic ring of the “substituted or unsubstituted heterocyclic group” described in the specific example group G2, and the like.

“Substituted or Unsubstituted Alkylene Group”

The “substituted or unsubstituted alkylene group” described in this specification is a divalent group derived by removing one hydrogen atom on the alkyl chain of the “substituted or unsubstituted alkyl group”, unless otherwise specified. Specific examples of the “substituted or unsubstituted alkylene group” (specific example group G14) include a divalent group derived by removing one hydrogen atom on the alkyl chain of the “substituted or unsubstituted alkyl group” described in the specific example group G3, and the like.

The substituted or unsubstituted arylene group described in this specification is preferably any group of the following general formulas (TEMP-42) to (TEMP-68), unless otherwise specified in this specification.

In the general formulas (TEMP-42) to (TEMP-52), Q₁ to Q₁₀ are independently a hydrogen atom or a substituent.

In the general formulas (TEMP-42) to (TEMP-52), * represents a bonding position.

In the general formulas (TEMP-53) to (TEMP-62), Q₁ to Q₁₀ are independently a hydrogen atom or a substituent.

Q₉ and Q₁₀ may be bonded with each other via a single bond to form a ring.

In the general formulas (TEMP-53) to (TEMP-62), * represents a bonding position.

In the general formulas (TEMP-63) to (TEMP-68), Q₁ to Qs are independently a hydrogen atom or a substituent.

In the general formulas (TEMP-63) to (TEMP-68), * represents a bonding position.

The substituted or unsubstituted divalent heterocyclic group described in this specification is preferably any group of the following general formulas (TEMP-69) to (TEMP-102), unless otherwise specified in this specification.

In the general formulas (TEMP-69) to (TEMP-82), Q₁ to Q₉ are independently a hydrogen atom or a substituent.

In the general formulas (TEMP-83) to (TEMP-102), Q₁ to Q₈ are independently a hydrogen atom or a substituent.

The above is the explanation of the “Substituent described in this specification.”

“The Case where Bonded with Each Other to Form a Ring”

In this specification, the case where “one or more sets of adjacent two or more form a substituted or unsubstituted monocycle by bonding with each other, form a substituted or unsubstituted fused ring by bonding with each other, or do not bond with each other” means the case where “one or more sets of adjacent two or more form a substituted or unsubstituted monocycle by bonding with each other”; the case where “one or more sets of adjacent two or more form a substituted or unsubstituted fused ring by bonding with each other”; and the case where “one or more sets of adjacent two or more do not bond with each other.”

The case where “one or more sets of adjacent two or more form a substituted or unsubstituted monocycle by bonding with each other” and the case where “one or more sets of adjacent two or more form a substituted or unsubstituted fused ring by bonding with each other” in this specification (these cases may be collectively referred to as “the case where forming a ring by bonding with each other”) will be described below. The case of an anthracene compound represented by the following general formula (TEMP-103) in which the mother skeleton is an anthracene ring will be described as an example.

For example, in the case where “one or more sets of adjacent two or more among R₉₂₁ to R₉₃₀ form a ring by bonding with each other”, the one set of adjacent two includes a pair of R₉₂₁ and R₉₂₂, a pair of R₉₂₂ and R₉₂₃, a pair of R₉₂₃ and R₉₂₄, a pair of R₉₂₄ and R₀₃₀, a pair of R₀₃₀ and R₉₂₅, a pair of R₉₂₅ and R₉₂₆, a pair of R₉₂₆ and R₉₂₇, a pair of R₉₂₇ and R₉₂₈, a pair of R₉₂₈ and R₉₂₉, and a pair of R₉₂₉ and R₉₂₁.

The “one or more sets” means that two or more sets of the adjacent two or more sets may form a ring at the same time. For example, R₉₂₁ and R₉₂₂ form a ring Q_(A) by bonding with each other, and at the same, time R₉₂₅ and R₉₂₆ form a ring Q_(B) by bonding with each other, the anthracene compound represented by the general formula (TEMP-103) is represented by the following general formula (TEMP-104).

The case where the “set of adjacent two or more” form a ring includes not only the case where the set (pair) of adjacent “two” is bonded with as in the above-mentioned examples, but also the case where the set of adjacent “three or more” are bonded with each other. For example, it means the case where R₉₂₁ and R₉₂₂ form a ring Q_(A) by bonding with each other, and R₉₂₂ and R₉₂₃ form a ring Qc by bonding with each other, and adjacent three (R₉₂₁, R₉₂₂ and R₉₂₃) form rings by bonding with each other and together fused to the anthracene mother skeleton. In this case, the anthracene compound represented by the general formula (TEMP-103) is represented by the following general formula (TEMP-105). In the following general formula (TEMP-105), the ring Q_(A) and the ring Qc share R₉₂₂.

The “monocycle” or “fused ring” formed may be a saturated ring or an unsaturated ring, as a structure of the formed ring alone. Even when the “one pair of adjacent two” forms a “monocycle” or a “fused ring”, the “monocycle” or the “fused ring” may form a saturated ring or an unsaturated ring. For example, the ring Q_(A) and the ring Q_(B) formed in the general formula (TEMP-104) are independently a “monocycle” or a “fused ring.” The ring Q_(A) and the ring Qc formed in the general formula (TEMP-105) are “fused ring.” The ring Q_(A) and ring Qc of the general formula (TEMP-105) are fused ring by fusing the ring Q_(A) and the ring Qc together. When the ring Q_(A) of the general formula (TMEP-104) is a benzene ring, the ring Q_(A) is a monocycle. When the ring Q_(A) of the general formula (TMEP-104) is a naphthalene ring, the ring Q_(A) is a fused ring.

The “unsaturated ring” means an aromatic hydrocarbon ring or an aromatic heterocyclic ring. The “saturated ring” means an aliphatic hydrocarbon ring, or a non-aromatic heterocyclic ring.

Specific examples of the aromatic hydrocarbon ring include a structure in which the group listed as a specific example in the specific example group G1 is terminated by a hydrogen atom.

Specific examples of the aromatic heterocyclic ring include a structure in which the aromatic heterocyclic group listed as a specific example in the example group G2 is terminated by a hydrogen atom.

Specific examples of the aliphatic hydrocarbon ring include a structure in which the group listed as a specific example in the specific example group G6 is terminated by a hydrogen atom.

The term “to form a ring” means forming a ring only with plural atoms of the mother skeleton, or with plural atoms of the mother skeleton and one or more arbitrary elements in addition. For example, the ring Q_(A) shown in the general formula (TEMP-104), which is formed by bonding R₉₂₁ and R₉₂₂ with each other, is a ring formed from the carbon atom of the anthracene skeleton with which R₉₂₁ is bonded, the carbon atom of the anthracene skeleton with which R₉₂₂ is bonded, and one or more arbitrary elements. For example, in the case where the ring Q_(A) is formed with R₉₂₁ and R₉₂₂, when a monocyclic unsaturated ring is formed with the carbon atom of the anthracene skeleton with which R₉₂₁ is bonded, the carbon atom of the anthracene skeleton with which R₉₂₂ is bonded, and four carbon atoms, the ring formed with R₉₂₁ and R₉₂₂ is a benzene ring.

Here, the “arbitrary element” is preferably at least one element selected from the group consisting of a carbon element, a nitrogen element, an oxygen element, and a sulfur element, unless otherwise specified in this specification. In the arbitrary element (for example, a carbon element or a nitrogen element), a bond which does not form a ring may be terminated with a hydrogen atom or the like, or may be substituted with “arbitrary substituent” described below. When an arbitrary element other than a carbon element is contained, the ring formed is a heterocyclic ring.

The number of “one or more arbitrary element(s)” constituting a monocycle or a fused ring is preferably 2 or more and 15 or less, more preferably 3 or more and 12 or less, and still more preferably 3 or more and 5 or less, unless otherwise specified in this specification.

The “monocycle” is preferable among the “monocycle” and the “fused ring”, unless otherwise specified in this specification.

The “unsaturated ring” is preferable among the “saturated ring” and the “unsaturated ring”, unless otherwise specified in this specification.

Unless otherwise specified in this specification, the “monocycle” is preferably a benzene ring.

Unless otherwise specified in this specification, the “unsaturated ring” is preferably a benzene ring.

Unless otherwise specified in this specification, when “one or more sets of adjacent two or more” are “bonded with each other to form a substituted or unsubstituted monocycle” or “bonded with each other to form a substituted or unsubstituted fused ring”, this specification, one or more sets of adjacent two or more are preferably bonded with each other to form a substituted or unsubstituted “unsaturated ring” from plural atoms of the mother skeleton and one or more and 15 or less elements which is at least one kind selected from a carbon elements, a nitrogen element, an oxygen element, and a sulfur element.

The substituent in the case where the above-mentioned “monocycle” or “fused ring” has a substituent is, for example, an “arbitrary substituent” described below. Specific examples of the substituent which the above-mentioned “monocycle” or “fused ring” has include the substituent described above in the “Substituent described in this specification” section.

The substituent in the case where the above-mentioned “saturated ring” or “unsaturated ring” has a substituent is, for example, an “arbitrary substituent” described below. Specific examples of the substituent which the above-mentioned “monocycle” or “fused ring” has include the substituent described above in the “Substituent described in this specification” section.

The foregoing describes the case where “one or more sets of adjacent two or more form a substituted or unsubstituted monocycle by bonding with each other” and the case where “one or more sets of adjacent two or more form a substituted or unsubstituted fused ring by bonding with each other” (the case where “forming a ring by bonding with each other”).

Substituent in the Case of “Substituted or Unsubstituted”

In one embodiment in this specification, the substituent (in this specification, sometimes referred to as an “arbitrary substituent”) in the case of “substituted or unsubstituted” is, for example, a group selected from the group consisting of:

-   -   an unsubstituted alkyl group including 1 to 50 carbon atoms,     -   an unsubstituted alkenyl group including 2 to 50 carbon atoms,     -   an unsubstituted alkynyl group including 2 to 50 carbon atoms,     -   an unsubstituted cycloalkyl group including 3 to 50 ring carbon         atoms,     -   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),     -   —O—(R₉₀₄),     -   —S—(R₉₀₅),     -   —N(R₉₀₆)(R₉₀₇),     -   a halogen atom, a cyano group, a nitro group,     -   an unsubstituted aryl group including 6 to 50 ring carbon atoms,         and     -   an unsubstituted heterocyclic group including 5 to 50 ring         atoms,     -   wherein, R₉₀₁ to R₉₀₇ are independently     -   a hydrogen atom,     -   a substituted or unsubstituted alkyl group including 1 to 50         carbon atoms,     -   a substituted or unsubstituted cycloalkyl group including 3 to         50 ring carbon atoms,     -   a substituted or unsubstituted aryl group including 6 to 50 ring         carbon atoms, or     -   a substituted or unsubstituted heterocyclic group including 5 to         50 ring atoms.     -   When two or more R₉₀₁'s are present, the two or more R₉₀₁'s may         be the same or different.     -   When two or more R₉₀₂'s are present, the two or more R₉₀₂'s may         be the same or different.     -   When two or more R₉₀₃'s are present, the two or more R₉₀₃'s may         be the same or different.     -   When two or more R₉₀₄'s are present, the two or more R₉₀₄'s may         be the same or different.     -   When two or more R₉₀₅'s are present, the two or more R₉₀₅'s may         be the same or different.     -   When two or more R₉₀₆'s are present, the two or more R₉₀₆'s may         be the same or different.     -   When two or more R₉₀₇'s are present, the two or more R₉₀₇'s may         be the same or different.

In one embodiment, the substituent in the case of “substituted or unsubstituted” is a group selected from the group consisting of:

-   -   an alkyl group including 1 to 50 carbon atoms,     -   an aryl group including 6 to 50 ring carbon atoms, and     -   a heterocyclic group including 5 to 50 ring atoms.

In one embodiment, the substituent in the case of “substituted or unsubstituted” is a group selected from the group consisting of:

-   -   an alkyl group including 1 to 18 carbon atoms,     -   an aryl group including 6 to 18 ring carbon atoms, and     -   a heterocyclic group including 5 to 18 ring atoms.

Specific examples of each of the arbitrary substituents include specific examples of substituent described in the section “Substituent described in this specification” above.

Unless otherwise specified in this specification, adjacent arbitrary substituents may form a “saturated ring” or an “unsaturated ring”, preferably form a substituted or unsubstituted saturated 5-membered ring, a substituted or unsubstituted saturated 6-membered ring, a substituted or unsubstituted unsaturated 5-membered ring, or a substituted or unsubstituted unsaturated 6-membered ring, more preferably form a benzene ring.

Unless otherwise specified in this specification, the arbitrary substituent may further have a substituent. The substituent which the arbitrary substituent further has is the same as that of the above-mentioned arbitrary substituent.

In this specification, the numerical range represented by “AA to BB” means the range including the numerical value AA described on the front side of “AA to BB” as the lower limit and the numerical value BB described on the rear side of “AA to BB” as the upper limit.

[Organic EL Device]

The organic EL device according to an aspect of the invention is an organic EL device including a cathode, an anode, and an emitting layer disposed between the cathode and the anode, wherein the emitting layer contains a first host material, a second host material, and a dopant material.

The organic EL device according to an aspect of the invention exhibits high device performance by having the above-mentioned configuration. Specifically, an organic EL device having a low driving voltage and a high external quantum efficiency can be provided.

Details of each material will be described later.

Schematic configuration of organic EL device according to an aspect of the invention will be explained with reference to FIG. 1 .

The organic EL device 1 according to an aspect of the invention includes a substrate 2, an anode 3, an emitting layer 5, a cathode 10, an organic layer 4 disposed between the anode 3 and the emitting layer 5, and an organic layer 6 disposed between the emitting layer 5 and the cathode 10.

The first host material, the second host material, and the dopant material are contained in the emitting layer 5 disposed between the anode 3 and the cathode 10. Each of the compounds contained in the emitting layer 5 may be one compound alone or two or more compounds.

Although the organic EL device 1 may include an emitting layer other than the emitting layer 5, in an aspect of the invention, one emitting layer (emitting layer 5) generally contains the first host material, the second host material, and the dopant material.

(First Host Material)

The first host material is a compound represented by the following formula (1); provided that the first host material and the second host material described later are different compounds:

In the formula (1),

-   -   R_(1A) to R_(8A) are independently

-   a hydrogen atom,

-   a substituent R, or

-   a group represented by the following formula (1A);     -   the substituent R is

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   when two or more of the substituents R are present, the two or         more of the substituents R may be the same as or different from         each other;     -   L_(1A)'s are independently

-   a single bond,

-   a substituted or unsubstituted arylene group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted divalent heterocyclic group including     5 to 50 ring atoms;     -   Ar_(1A)'s are independently

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   R₉₀₁ to R₉₀₇ are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   when two or more of each of R₉₀₁ to R₉₀₇ are present, the two or         more of each of R₉₀₁ to R₉₀₇ are the same as or different from         each other;

-L_(1A)-Ar_(1A)  (1A)

-   -   wherein in the formula (1A),     -   L_(1A) and Ar_(1A) are as defined in the formula (1); and     -   when two or more groups represented by the formula (1A) are         present, the two or more of the groups represented by the         formula (1A) may be the same as or different from each other.

Any of the hydrogen atoms possessed by the compound represented by the formula (1) may be a deuterium atom.

In one embodiment, the compound represented by the formula (1) is a compound represented by the following formula (1-1):

In the formula (1-1), R_(1A), R_(3A) to R_(8A), L_(1A), and Ar_(1A) are as defined in the formula (1).

In one embodiment, the compound represented by the formula (1) is a compound represented by the following formula (1-11), the following formula (1-12), or the following formula (1-13):

In the formula (1-11), the formula (1-12), and the formula (1-13), R_(1A), R_(3A) to R_(8A), L_(1A), and Ar_(1A) are as defined in the formula (1).

In one embodiment, the compound represented by the formula (1) is a compound represented by the following formula (1-2):

In the formula (1-2), L_(1A) and Ar_(1A) are as defined in the formula (1).

In one embodiment, the compound represented by the formula (1) is a compound represented by the following formula (1-21), the following formula (1-22), or the following formula (1-23):

In the formula (1-21), the formula (1-22), and the formula (1-23), L_(1A) and Ar_(1A) are as defined in the formula (1).

In one embodiment, L_(1A)'s are independently a single bond or a substituted or unsubstituted arylene group including 6 to 14 ring carbon atoms.

In one embodiment, L_(1A)'s are independently a single bond, a substituted or unsubstituted phenylene group, or a substituted or unsubstituted naphthylene group.

In one embodiment, Ar_(1A)'s are independently a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms.

In one embodiment, Ar_(1A)'s are independently selected from groups represented by each of the following formulas (a1) to (a4):

In the formulas (a1) to (a4), * is a single bond which bonds with L_(1A);

R₂₁ is

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms, -   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms, -   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms, -   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms, -   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃), -   —O—(R₉₀₄), -   —S—(R₉₀₅), -   —N(R₉₀₆)(R₉₀₇), -   a halogen atom, a cyano group, a nitro group, -   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or -   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   R₉₀₁ to R₉₀₇ are as defined in the formula (1);     -   m1 is an integer of 0 to 4;     -   m2 is an integer of 0 to 5;     -   m3 is an integer of 0 to 7;     -   when each of m1 to m3 is 2 or more, a plurality of R₂₁'s may be         the same as or different from each other; and     -   when each of m1 to m3 is 2 or more, a plurality of adjacent         R₂₁'s form a substituted or unsubstituted, saturated or         unsaturated ring by bonding with each other, or do not form a         substituted or unsubstituted, saturated or unsaturated ring.

In one embodiment, at least one of R_(1A) to R_(8A) may be a deuterium atom, and all of R_(1A) to R_(8A) may be deuterium atoms.

In one embodiment, based on the total amount of a compound represented by the formula (1) and a compound having a structure same as the compound represented by the formula (1) except that only protium atoms are contained as hydrogen atoms (hereinafter also referred to as a “protium compound”), the content of the latter in the emitting layer is preferably 99 mol % or less. The content of the protium compound can be confirmed by mass spectrometry.

The compound represented by the formula (1) can be synthesized by using a known alternative reaction or a raw material tailored to the target compound.

Specific examples of the compound represented by the formula (1) will be described below, but these are merely illustrative, and the compound represented by the formula (1) is not limited to the following specific examples.

(Second Host Material)

The second host material used in an aspect of the invention is a compound represented by the following formula (2):

In the formula (2),

-   -   X_(11B) is an oxygen atom or a sulfur atom;     -   one or more sets of adjacent two or more of R_(14B) to R_(17B)         form a substituted or unsubstituted, saturated or unsaturated         ring by bonding with each other;     -   one or more sets of adjacent two or more of R_(11B) to R_(13B)         form a substituted or unsubstituted, saturated or unsaturated         ring by bonding with each other, or do not form a substituted or         unsubstituted, saturated or unsaturated ring;     -   R_(11B) to R_(17B) which do not form the substituted or         unsubstituted, saturated or unsaturated ring are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   R_(1B) to R_(8B) are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   L_(1B) and L_(2B) are independently

-   a single bond,

-   a substituted or unsubstituted arylene group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted divalent heterocyclic group including     5 to 50 ring atoms;     -   Ar_(1B) is

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formula (1).

Any hydrogen atom possessed by the compound represented by the formula (2) may be a deuterium atom.

In one embodiment, the compound represented by the formula (2) is a compound represented by the following formula (2-1), the following formula (2-2), or the following formula (2-3):

In the formulas (2-1), (2-2) and (2-3),

-   -   R_(1B) to R_(8B), R_(11B) to R_(13B), L_(1B), L_(2B), X_(11B),         and Ar_(1B) are as defined in the formula (2);     -   R_(14B) to R_(21B) are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formula (1).

In one embodiment, L_(1B) and L_(2B) are independently a single bond or a substituted or unsubstituted arylene group including 6 to 14 ring carbon atoms.

In one embodiment, L_(1B) and L_(2B) are independently a single bond, a substituted or unsubstituted phenylene group, or a substituted or unsubstituted naphthylene group.

In one embodiment, the compound represented by the formula (2) is a compound represented by the following formula (2-11), the following formula (2-12), or the following formula (2-13):

In the formulas (2-11), (2-12), and (2-13),

-   -   R_(1B) to R_(8B), R_(11B) to R_(13B), X_(11B), and Ar_(1B) are         as defined in the formula (2);     -   R_(14B) to R_(21B) are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formula (1).

In one embodiment, Ar_(1B) is a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms.

In one embodiment, Ar_(1B) is selected from groups represented by each of the following formulas (a1) to (a4):

In the formulas (a1) to (a4), * is a single bond which bonds with L_(1B);

-   -   R₂₁ is

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   R₉₀₁ to R₉₀₇ are as defined in the formula (1);     -   m1 is an integer of 0 to 4;     -   m2 is an integer of 0 to 5;     -   m3 is an integer of 0 to 7;     -   when each of m1 to m3 is 2 or more, a plurality of R₂₁'s may be         the same as or different from each other; and     -   when each of m1 to m3 is 2 or more, a plurality of adjacent         R₂₁'s form a substituted or unsubstituted, saturated or         unsaturated ring by bonding with each other, or do not form a         substituted or unsubstituted, saturated or unsaturated ring.

In one embodiment, X_(11B) is an oxygen atom.

In one embodiment, the compound represented by the formula (2) is a compound represented by the following formula (2-21), the following formula (2-22), or the following formula (2-23):

In the formulas (2-21), (2-22), and (2-23), Ar_(1B) is as defined in the formula (2).

The compound represented by the formula (2) can be synthesized in accordance with the synthetic methods described in Examples by using known alternative reactions or raw materials tailored to the target compound.

Specific examples of the compound represented by the formula (2) will be described below, but these are merely illustrative, and the compound represented by the formula (2) is not limited to the following specific examples.

[Novel Compound]

Among the compound represented by the formula (2), a compound represented by the following formula (3-1) and a compound represented by the following formula (3-2) are novel compounds.

The compounds represented by the following formula (3-1) and the compound represented by the following formula (3-2) can be used as a second host material used in an emitting layer of an organic EL device of an aspect of the invention because naphthobenzofuran is bonded with an anthracene unit at a specific substitution position, the hole-injecting property is improved, the carrier balance is increased when used as a material for an organic EL device, and the deterioration of the emitting layer at the interface on the hole-transporting layer side is suppressed; therefore, extension of the lifetime of the device is expected. Alternatively, the compound can be used as a single host material of the emitting layer. By using the compound represented by the following formula (3-1) or the compound represented by the following formula (3-2), the lifetime of the organic EL device can be increased.

When a compound having a chemical structure represented by the following formula (3-1) or (3-2) and in which all hydrogen atoms are deuterium atoms is produced, variations in the ratio of deuteration may occur. On the other hand, in the compound of the invention, since only a specific side chain has a deuterium atom, variation in the ratio of deuteration hardly occurs. Since the compound represented by the following formula (3-1) and the compound represented by the following formula (3-2) have a uniform ratio of deuteration compared with the case where a compound in which all hydrogen atoms are deuterated is used, variation in quality of a device fabricated using the compound is reduced, and increase in yield of device fabrication can be expected.

<Compound Represented by Formula (3-1)>

The novel compound of an aspect of the invention is a compound represented by the following formula (3-1):

In the formula (3-1),

-   -   X_(11C) is an oxygen atom or a sulfur atom;     -   L_(1C) and L_(2C) are independently

-   a single bond,

-   a substituted or unsubstituted arylene group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted divalent heterocyclic group including     5 to 50 ring atoms;     -   provided that hydrogen atoms possessed by L_(1C) which is not a         single bond may be a deuterium atom;     -   one or more sets of adjacent two or more of R_(11C) to R_(13C)         form a substituted or unsubstituted, saturated or unsaturated         ring by bonding with each other, or do not form a substituted or         unsubstituted, saturated or unsaturated ring;     -   R_(1C) to R_(8C), R_(14C), R_(15C), and R_(18C) to R_(21C), and         R_(11C) to R_(13C) which do not form the substituted or         unsubstituted, saturated or unsaturated ring are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇), a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   R₉₀₁ to R₉₀₇ are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   when two or more of each of R₉₀₁ to R₉₀₇ are present, the two or         more of each of R₉₀₁ to R₉₀₇ may be the same as or different         from each other;     -   provided that in the case where R_(1C) to R_(8C), R_(14C),         R_(15C), and R_(18C) to R_(21C), and R_(11C) to R_(13C) which do         not form the substituted or unsubstituted, saturated or         unsaturated ring are hydrogen atoms, the hydrogen atoms are not         deuterium atoms;     -   hydrogen atoms possessed by R_(1C) to R_(8C), R_(14C), R_(15C),         and R_(18C) to R_(21C) which are not hydrogen atoms, and R_(11C)         to R_(13C) which do not form the substituted or unsubstituted,         saturated or unsaturated ring are not deuterium atoms;     -   in the case where R_(1C) to IRK, R_(14C), R_(15C), and R_(18C)         to R_(21C) which are not hydrogen atoms, and R_(11C) to R_(13C)         which form a substituted or unsubstituted, saturated or         unsaturated ring have an arbitrary substituent, hydrogen atoms         possessed by the arbitrary substituent are not deuterium atoms;

-   hydrogen atoms possessed by the substituted or unsubstituted,     saturated or unsaturated ring formed by bonding R_(11C) to R_(13C)     to each other are not deuterium atoms; and     -   in the case where the substituted or unsubstituted, saturated or         unsaturated ring formed by bonding R_(11C) to R_(13C) to each         other has an arbitrary substituent, hydrogen atoms possessed by         the arbitrary substituent are not deuterium atoms.

In one embodiment, in the formula (3-1), X_(11C) is an oxygen atom.

In one embodiment, in the formula (3-1), L_(1C) and L_(2C) are independently a single bond, a phenylene group, or a naphthylene group.

In one embodiment, in the formula (3-1), L_(2C) is a single bond.

In one embodiment, in the formula (3-1), R_(1C) to R_(8C) are hydrogen atoms.

In one embodiment, in the formula (3-1), R_(11C) to R_(18C) and R_(18C) to R_(21C) are hydrogen atoms.

Hereinafter, specific examples of the compound represented by the formula (3-1) will be described, but are illustrative only, and the compound represented by the formula (3-1) is not limited to the following specific examples.

<Compound Represented by Formula (3-2)>

A novel compound of another aspect of the invention is a compound represented by the following formula (3-2):

In in the formula (3-2),

-   -   X_(11C) is an oxygen atom or a sulfur atom;     -   L_(1C) is

-   a single bond,

-   a substituted or unsubstituted arylene group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted divalent heterocyclic group including     5 to 50 ring atoms;     -   Ar_(1C) is

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   provided that at least one hydrogen atom possessed by the group         of -L_(1C)-Ar_(1C) is a deuterium atom;     -   one or more sets of adjacent two or more of R_(11C) to R_(13C)         form a substituted or unsubstituted, saturated or unsaturated         ring by bonding with each other, or do not form a substituted or         unsubstituted, saturated or unsaturated ring;     -   R_(1C) to R_(8C), R_(14C), and R_(17C) to R_(21C), and R_(11C)         to R_(13C) which do not form the substituted or unsubstituted,         saturated or unsaturated ring are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   R₉₀₁ to R₉₀₇ are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   when two or more of each of R₉₀₁ to R₉₀₇ are present, the two or         more of each of R₉₀₁ to R₉₀₇ may be the same as or different         from each other;     -   provided that in the case where R_(1C) to R_(8C), R_(14C), and         R_(17C) to R_(21C), and R_(11C) to R_(13C) which do not form the         substituted or unsubstituted, saturated or unsaturated ring are         hydrogen atoms, the hydrogen atoms are not deuterium atoms;     -   hydrogen atoms posessed by R_(1C) to R_(8C), R_(14C) and R_(17C)         to R_(21C) which are not hydrogen atoms, and R_(11C) to R_(13C)         which do not form substituted or unsubstituted, saturated or         unsaturated rings, are not deuterium atoms;     -   in the case where R_(1C) to IRK, R_(14C), and R_(17C) to R_(21C)         which are not hydrogen atoms, and R_(11C) to R_(13C) which do         not form the substituted or unsubstituted, saturated or         unsaturated ring and have an arbitrary substituent, hydrogen         atoms possessed by the arbitrary substituent are not deuterium         atoms;     -   hydrogen atoms possessed by the substituted or unsubstituted,         saturated or unsaturated ring formed by bonding R_(11C) to         R_(13C) to each other are not deuterium atoms; and     -   in the case where the substituted or unsubstituted, saturated or         unsaturated ring formed by bonding R_(11C) to R_(13C) to each         other has an arbitrary substituent, hydrogen atoms possessed by         the arbitrary substituent are not deuterium atoms.

In one embodiment, the compound represented by the formula (3-2) is a compound represented by the following formula (3-2-1).

In the formula (3-2-1), X_(11C), R_(11C) to R_(14C), R_(17C) to R_(21C), R_(1C) to IRK, and L_(1C) are as defined in the formula (3-2).

In one embodiment, in the formula (3-2-1), L_(1C) is a single bond or an unsubstituted arylene group including 6 to 50 ring carbon atoms.

In one embodiment, in the formula (3-2-1), L_(1C) is a single bond, an unsubstituted phenylene group, or an unsubstituted naphthylene group.

In one embodiment, in the formula (3-2), X_(11C) is an oxygen atom.

In one embodiment, the compound represented by the formula (3-2) is a compound represented by the following formula (3-2-2).

In the formula (3-2-2), Ar_(1C) is as defined in the formula (3-2).

In one embodiment, Ar_(1C) in the formula (3-2) is a —C₆D₅ group.

Hereinafter, specific examples of the compound represented by the formula (3-2) will be described, but are illustrative only, and the compound represented by the formula (3-2) is not limited to the following specific examples.

The compound represented by the formula (3-1) and the compound represented by the formula (3-2) can be synthesized in accordance with the synthetic methods described in Synthesis Examples by using known alternative reactions or raw materials tailored to the target compound.

(Dopant Material)

The dopant material used in the emitting layer of the organic EL device of an aspect of the invention is one or more compounds selected from the group consisting of a compound represented by the following formula (11), a compound represented by the following formula (21), a compound represented by the following formula (31), a compound represented by the following formula (41), a compound represented by the following formula (51), a compound represented by the following formula (61), a compound represented by the following formula (71), and a compound represented by the following formula (81).

(Compound Represented by Formula (11))

The compound represented by the formula (11) is explained below.

In the formula (11),

-   -   one or more sets of adjacent two or more of R₁₀₁ to R₁₁₀ form a         substituted or unsubstituted, saturated or unsaturated ring by         bonding with each other, or do not form a substituted or         unsubstituted, saturated or unsaturated ring;     -   at least one of R₁₀₁ to R₁₁₀ is a monovalent group represented         by the following formula (12);     -   R₁₀₁ to R₁₁₀ that do not form the substituted or unsubstituted,         saturated or unsaturated ring and that are not a monovalent         group represented by the following formula (12) are         independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formula (1).

In the formula (12), Ar₁₀₁ and Ar₁₀₂ are independently

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or -   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   L₁₀₁ to L₁₀₃ are independently -   a single bond, -   a substituted or unsubstituted arylene group including 6 to 30 ring     carbon atoms, or -   a substituted or unsubstituted divalent heterocyclic group including     5 to 30 ring atoms.

In the formula (11), it is preferable that two of R₁₀₁ to R₁₁₀ are the group represented by the formula (12).

In one embodiment, the compound represented by the formula (11) is a compound represented by the following formula (13).

In the formula (13), R₁₁₁ to R₁₁₈ are the same as R₁₀₁ to R₁₁₀ that are not the monovalent group represented by the formula (12) in the formula (11); and Ar₁₀₁, Ar₁₀₂, L₁₀₁, L₁₀₂ and L₁₀₃ are as defined in the formula (12).

In the formula (11), L₁₀₁ is preferably a single bond and L₁₀₂ and L₁₀₃ are preferably a single bond.

In one embodiment, the compound represented by the formula (11) is a compound represented by the following formula (14) or (15).

In the formula (14), R₁₁₁ to R₁₁₈ are as defined in the formula (13); and Ar₁₀₁, Ar₁₀₂, L₁₀₂ and L₁₀₃ are as defined in the formula (12).

In the formula (15), R₁₁₁ to R₁₁₈ are as defined in the formula (13); and Ar₁₀₁ and Ar₁₀₂ are as defined in the formula (12).

In the formula (11) and the formula (12), it is preferable that at least one of Ar₁₀₁ and Ar₁₀₂ is a group represented by the following formula (16).

In the formula (16),

-   -   X₁₀₁ is an oxygen atom or a sulfur atom;     -   one or more sets of adjacent two or more of R₁₂₁ to R₁₂₇ form a         substituted or unsubstituted, saturated or unsaturated ring by         bonding with each other, or do not form a substituted or         unsubstituted, saturated or unsaturated ring:

R₁₂₁ to R₁₂₇ that do not form the substituted or unsubstituted, saturated or unsaturated ring are independently

-   a hydrogen atom, -   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms, -   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms, -   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms, -   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms, -   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃), -   —O—(R₉₀₄), -   —S—(R₉₀₅), -   —N(R₉₀₆)(R₉₀₇), -   a halogen atom, a cyano group, a nitro group, -   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or -   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formulas (1).

It is preferable that X₁₀₁ is an oxygen atom.

It is preferable that at least one of R₁₂₁ to R₁₂₇ is

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms, -   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms, -   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms, -   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms, -   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or -   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms.

It is preferable that in the formula (11) and the formula (12), Ar₁₀₁ is the group represented by the formula (16) and Ar₁₀₂ is a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms.

In one embodiment, the compound represented by the formula (11) is a compound represented by the following formula (17).

In the formula (17), R₁₁₁ to R₁₁₈ are as defined in the formula (13), and R₁₂₁ to R₁₂₇ are as defined in the formula (16);

R₁₃₁ to R₁₃₅ are independently

-   a hydrogen atom, -   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms, -   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms, -   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms, -   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms, -   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃), -   —O—(R₉₀₄), -   —S—(R₉₀₅), -   —N(R₉₀₆)(R₉₀₇), -   a halogen atom, a cyano group, a nitro group, -   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or -   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formulas (1).

As the compound represented by the formula (11), the following compounds can be given as specific examples, for example. In the following specific examples, Me represents a methyl group.

(Compound Represented by Formula (21))

The compound represented by the formula (21) is explained below.

In the formula (21),

-   -   Z's are independently CR_(a) or N;     -   a ring A1 and a ring A2 are independently a substituted or         unsubstituted aromatic hydrocarbon ring including 6 to 50 ring         carbon atoms, or a substituted or unsubstituted heterocycle         including 5 to 50 ring atoms;     -   when a plurality of R_(a)'s exists, adjacent two or more of         R_(a)'s form a substituted or unsubstituted, saturated or         unsaturated ring by bonding with each other, or do not form a         substituted or unsubstituted, saturated or unsaturated ring;     -   when a plurality of R_(b)'s exists, one or more sets of adjacent         two or more of R_(b)'s form a substituted or unsubstituted,         saturated or unsaturated ring by bonding with each other, or do         not form a substituted or unsubstituted, saturated or         unsaturated ring;     -   when a plurality of R_(c)'s exists, one or more sets of adjacent         two or more of R_(c)'s form a substituted or unsubstituted,         saturated or unsaturated ring by bonding with each other, or do         not form a substituted or unsubstituted, saturated or         unsaturated ring;     -   n21 and n22 are independently an integer of 0 to 4;     -   R_(a) to R_(c) that do not form the substituted or         unsubstituted, saturated or unsaturated ring are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formulas (1).

The “aromatic hydrocarbon ring” for the ring A1 and the ring A2 has the structure same as the compound obtained by introducing a hydrogen atom into the “aryl group” described above. The “aromatic hydrocarbon rings” of the ring A1 and the ring A2 contain each two carbon atoms in the fused bicyclic structure at the center of the formula (21) as the ring atoms. Examples of the “substituted or unsubstituted aromatic hydrocarbon ring including 6 to 50 ring carbon atoms” include compounds in which a hydrogen atom is introduced into the “aryl group” described in the example group G1.

The “heterocycle” for the ring A1 and the ring A2 has the structure same as the compound obtained by introducing a hydrogen atom into the “heterocyclic group” described above. The “heterocycles” of the ring A1 and the ring A2 contain each two carbon atoms in the fused bicyclic structure at the center of the formula (21) as the ring atoms. Examples of the “substituted or unsubstituted heterocycle including 5 to 50 ring atoms” include compounds in which a hydrogen atom is introduced into the “heterocyclic group” described in the example group G2.

R_(b) is bonded to one of the carbon atoms which constitute the aromatic hydrocarbon ring of the ring A1, or one of the atoms which constitute the heterocycle of the ring A1.

R_(c) is bonded to one of the carbon atoms which constitute the aromatic hydrocarbon ring of the ring A2, or one of the atoms which constitute the heterocycle of the ring A2.

It is preferable that at least one (preferably two) of R_(a) to R_(c) is a group represented by the following formula (21a).

-L₂₀₁-Ar₂₀₁  (21a)

In the formula (21a),

-   -   L₂₀₁ is

-   a single bond,

-   a substituted or unsubstituted arylene group including 6 to 30 ring     carbon atoms, or

-   a substituted or unsubstituted divalent heterocyclic group including     5 to 30 ring atoms; and     -   Ar₂₀₁ is

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms,

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms, or

-   a group represented by the following formula (21b):

In the formula (21b),

-   -   L₂₁₁ and L₂₁₂ are independently

-   a single bond,

-   a substituted or unsubstituted arylene group including 6 to 30 ring     carbon atoms, or

-   a substituted or unsubstituted divalent heterocyclic group including     5 to 30 ring atoms;     -   Ar₂₁₁ and Ar₂₁₂ form a substituted or unsubstituted, saturated         or unsaturated ring by bonding with each other, or do not form a         substituted or unsubstituted, saturated or unsaturated ring; and     -   Ar₂₁₁ and Ar₂₁₂ that do not form the substituted or         unsubstituted, saturated or unsaturated ring are independently     -   a substituted or unsubstituted aryl group including 6 to 50 ring         carbon atoms or     -   a substituted or unsubstituted monovalent heterocyclic group         including 5 to 50 ring atoms.

In one embodiment, the compound represented by the formula (21) is a compound represented by the following formula (22).

In the formula (22),

-   -   one or more sets of adjacent two or more of R₂₀₁ to R₂₁₁ form a         substituted or unsubstituted, saturated or unsaturated ring by         bonding with each other, or do not form a substituted or         unsubstituted saturated or unsaturated ring;     -   R₂₀₁ to R₂₁₁ that do not form the substituted or unsubstituted,         saturated or unsaturated ring are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formulas (1).

It is preferable that at least one (preferably two) of R₂₀₁ to R₂₁₁ is the group represented by the formula (21a). It is preferable that R₂₀₄ and R₂₁₁ are the groups represented by the formula (21a).

In one embodiment, the compound represented by the formula (21) is a compound obtained by bonding a structure represented by the following formula (21-1) or (21-2) to the ring A1. In one embodiment, the compound represented by the formula (22) is a compound obtained by bonding a structure represented by the following formula (21-1) or (21-2) to the ring to which R₂₀₄ to R₂₀₇ bond.

In the formula (21-1), two *'s bond, respectively to a ring carbon atom in the aromatic hydrocarbon ring or a ring atom in the heterocycle of the ring A1 in the formula (21), or bond, respectively to any of R₂₀₄ to R₂₀₇ in the formula (22);

In the formula (21-2), three *'s bond, respectively to a ring carbon atom in the aromatic hydrocarbon ring or a ring atom in the heterocycle of the A1 ring in the formula (21), or bond, respectively to one of R₂₀₄ to R₂₀₇ in the formula (22);

One or more sets of adjacent two or more of R₂₂₁ to R₂₂₇ and R₂₃₁ to R₂₃₉ form a substituted or unsubstituted, saturated or unsaturated ring with each other, or do not form a substituted or unsubstituted, saturated or unsaturated ring;

-   -   R₂₂₁ to R₂₂₇ and R₂₃₁ to R₂₃₉ that do not form the substituted         or unsubstituted, saturated or unsaturated ring are         independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formulas (1).

In one embodiment, the compound represented by the formula (21) is a compound represented by the following formula (21-3), (21-4), or (21-5).

In the formulas (21-3), (21-4), and (21-5),

-   -   ring A1 is as defined in the formula (21);     -   R₂₄₀₁ to R₂₄₀₇ are in the same as R₂₂₁ to R₂₂₇ in the formulas         (21-1) and (21-2); R₂₄₁₀ to R₂₄₁₇ are in the same as R₂₀₁ to         R₂₁₁ in the formula (22); and two R₂₄₁₇'s may be the same as or         different from each other.

In one embodiment, the substituted or unsubstituted aromatic hydrocarbon ring including 6 to 50 ring carbon atoms of the ring A1 in the formula (21-5) is a substituted or unsubstituted naphthalene ring, or a substituted or unsubstituted fluorene ring.

In one embodiment, the substituted or unsubstituted heterocycle including 5 to 50 ring atoms of the ring A1 in the formula (21-5) is a substituted or unsubstituted dibenzofuran ring, a substituted or unsubstituted carbazole ring, or a substituted or unsubstituted dibenzothiophene ring.

In one embodiment, the compound represented by the formula (21) or (22) is selected from the group consisting of compounds represented by each of the following formulas (21-6-1) to (21-6-7).

In the formulas (21-6-1) to (21-6-7),

-   -   R₂₄₂₁ to R₂₄₂₇ are the same as R₂₂₁ to R₂₂₇ in the formulas         (21-1) or (21-2);     -   R₂₄₃₀ to R₂₄₃₇ and R₂₄₄₁ to R₂₄₄₄ are the same as R₂₀₁ to R₂₁₁         in the formula (22);     -   X is O, NR₉₀₁, or C(R₉₀₂)(R₉₀₃); and     -   R₉₀₁ to R₉₀₃ are as defined in the formulas (1).

In one embodiment, in the compound represented by the formula (22), one or more sets of adjacent two or more of R₂₀₁ to R₂₁₁ form a substituted or unsubstituted, saturated or unsaturated ring by bonding with each other. This embodiment is described in detail as a compound represented by the following formula (25).

(Compound Represented by Formula (25))

The compound represented by the formula (25) is explained below.

In the formula (25),

-   -   two or more pairs selected from the group consisting of R₂₅₁ and         R₂₅₂, R₂₅₂ and R₂₅₃, R₂₅₄ and R₂₅₅, R₂₅₅ and R₂₅₆, R₂₅₆ and         R₂₅₇, R₂₅₈ and R₂₅₉, R₂₅₉ and R₂₆₀, and R₂₈₀ and R₂₆₁ form a         substituted or unsubstituted, saturated or unsaturated ring by         bonding with each other;     -   provided that the pair of R₂₅₁ and R₂₅₂ and the pair of R₂₅₂ and         R₂₅₃ do not form a ring simultaneously; the pair of R₂₅₄ and         R₂₅₅ and the pair of R₂₅₅ and R₂₅₆ do not form a ring         simultaneously; the pair of R₂₅₅ and R₂₅₆ and the pair of R₂₅₆         and R₂₅₇ do not form a ring simultaneously; the pair of R₂₅₅ and         R₂₅₉ and the pair of R₂₅₉ and R₂₆₀ do not form a ring         simultaneously; and the pair of R₂₅₉ and R₂₆₀ and the pair of         R₂₆₀ and R₂₆₁ do not form a ring simultaneously;     -   two or more rings formed by each of pairs of R₂₅₁ to R₂₆₁ may be         the same as or different from each other;     -   R₂₅₁ to R₂₆₁ that do not form the substituted or unsubstituted,         saturated or unsaturated ring are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms, or

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formulas (1).

In the formula (25), R_(n) and R_(n+1) (n is a number selected from 251, 252, 254 to 256 and 258 to 260) form a substituted or unsubstituted, saturated or unsaturated ring by bonding with the two ring carbon atoms to which R_(n) and R_(n+1) are bonded. The ring is preferably configured with atoms selected from a C atom, an O atom, a S atom and a N atom, and the number of atoms is preferably 3 to 7, more preferably 5 or 6.

The number of the above-described ring structures in the compound represented by the formula (25) is, for example, 2, 3 or 4. The two or more ring structures may fused to the same benzene ring of the main skeleton in the formula (25), or may fused to different benzene rings. For example, in the case where the compound has the three ring structures fused, each one ring structure may fused to each of the three benzene rings in the formula (25).

As the above-mentioned ring structures in the compound represented by the formula (25), structures represented by each of the following formulas (251) to (260) can be given, for example.

In the formulas (251) to (257),

-   -   each of *1 and *2, *3 and *4, *5 and *6, *7 and *8, *9 and *10,         *11 and *12, and *13 and *14 represents two ring carbon atoms to         which R_(n) and R_(n+1) are bonded, and R_(n) may bond to either         one of the two ring carbon atoms of *1 and *2, *3 and *4, *5 and         *6, *7 and *8, *9 and *10, *11 and *12, and *13 and *14;     -   X₂₅₀₁ is C(R₂₅₁₂)(R₂₅₁₃), NR₂₅₁₄, O or S;     -   one or more sets of adjacent two or more of R₂₅₀₁ to R₂₅₀₆ and         R₂₅₁₂ to R₂₅₁₃ form a substituted or unsubstituted, saturated or         unsaturated ring by bonding with each other, or do not form a         substituted or unsubstituted saturated or unsaturated ring; and     -   R₂₅₀₁ to R₂₅₁₄ that do not form the substituted or         unsubstituted, saturated or unsaturated ring are defined in the         same as R₂₅₁ to R₂₆₁.

In the formulas (258) to (260),

-   -   each of *1 and *2, and *3 and *4 represents two ring carbon         atoms to which R_(n) and R_(n+1) are bonded, and R_(n) may bond         to either one of the two ring carbon atoms of *1 and*2, or *3         and*4;     -   X₂₅₀₁ is C(R₂₅₁₂)(R₂₅₁₃), NR₂₅₁₄, O or S;     -   one or more sets of adjacent two or more of R₂₅₁₅ to R₂₅₂₅ form         a substituted or unsubstituted, saturated or unsaturated ring by         bonding with each other, or do not form a substituted or         unsubstituted saturated or unsaturated ring; and     -   R₂₅₁₅ to R₂₅₂₁ and R₂₅₂₂ to R₂₅₂₅ that do not form the         substituted or unsubstituted saturated or unsaturated ring are         defined in the same as R₂₅₁ to R₂₆₁.

In the formula (25), it is preferable that at least one of R₂₅₂, R₂₅₄, R₂₅₅, R₂₆₀ and R₂₆₁ (preferably at least one of R₂₅₂, R₂₅₅, and R₂₆₀, and more preferably R₂₅₂) is a group that does not form the ring.

-   (i) A substituent which the ring structure formed by R_(n) and     R_(n+1) in the formula (25) has, -   (ii) R₂₅₁ to R₂₆₁ in the formula (25) that do not form the ring     structure, and -   (iii) R₂₅₀₁ to R₂₅₁₄ and R₂₅₁₅ to R₂₅₂₅ in the formulas (251) to     (260) -   are preferably independently -   a hydrogen atom, -   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms, -   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms, -   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms, -   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms, -   —N(R₉₀₆)(R₉₀₇), -   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, -   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms, or -   a group selected from the following groups.

In the formulas (261) to (264),

-   -   R_(d)'s are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   X is C(R₉₀₁)(R₉₀₂), NR₉₀₃, O, or S;     -   R₉₀₁ to R₉₀₇ are as defined in the formulas (1); and     -   p1's are independently an integer of 0 to 5, p2's are         independently an integer of 0 to 4, p3 is an integer of 0 to 3,         and p4 is an integer of 0 to 7.

In one embodiment, the compound represented by the formula (25) is a compound represented by any one of the following formulas (25-1) to (25-6).

In the formulas (25-1) to (25-6), rings d to i are independently a substituted or unsubstituted, saturated or unsaturated ring; and R₂₅₁ to R₂₆₁ are as defined in the formula (25).

In one embodiment, the compound represented by the formula (25) is a compound represented by any one of the following formulas (25-7) to (25-12).

In the formulas (25-7) to (25-12), rings d to f, k, and j are independently a substituted or unsubstituted, saturated or unsaturated ring; and R₂₅₁ to R₂₆₁ are defined in the same as those in the formula (25).

In one embodiment, the compound represented by the formula (25) is a compound represented by any one of the following formulas (25-13) to (25-21).

In the formulas (25-13) to (25-21), rings d to k are independently a substituted or unsubstituted, saturated or unsaturated ring; and R₂₅₁ to R₂₆₁ are as defined in the formula (25).

As a substituent which the ring g or the ring h further has,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms, -   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, and -   groups represented by each of the formula (261), (263) and (264) can     be given, for example.

In one embodiment, the compound represented by the formula (25) is a compound represented by any one of the following formulas (25-22) to (25-25).

In the formulas (25-22) to (25-25), X₂₅₀'s are independently C(R₉₀₁)(R₉₀₂), NR₉₀₃, O or S; R₂₅₁ to R₂₆₁, and R₂₇₁ to R₂₇₈ are defined in the same as R₂₅₁ to R₂₆₁ in the formula (25); and R₉₀₁ to R₉₀₃ are as defined in the formulas (1).

In one embodiment, the compound represented by the formula (25) is a compound represented by the following formula (25-26).

In the formula (25-26), X₂₅₀ is C(R₉₀₁)(R₉₀₂), NR₉₀₃, O or S; R₂₅₃, R₂₅₄, R₂₅₇, R₂₅₈, R₂₆₁ and

R₂₇₁ to R₂₈₂ are defined in the same as R₂₅₁ to R₂₆₁ in the formula (25); and R₉₀₁ to R₉₀₃ are as defined in the formulas (1).

As the compound represented by the formula (21), the following compounds can be shown for example. In the following examples, “Me” represents a methyl group.

(Compound Represented by Formula (31))

The compound represented by the formula (31) is explained below.

The compound represented by the formula (31) is a compound corresponding to the above-mentioned compound represented by the formula (21-3).

In the formula (31),

-   -   one or more sets of adjacent two or more of R₃₀₁ to R₃₀₇ and         R₃₁₁ to R₃₁₇ form a substituted or unsubstituted, saturated or         unsaturated ring by bonding with each other, or do not form a         substituted or unsubstituted, saturated or unsaturated ring;     -   R₃₀₁ to R₃₀₇ and R₃₁₁ to R₃₁₇ that do not form the substituted         or unsubstituted, saturated or unsaturated ring are         independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   R₃₂₁ and R₃₂₂ are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formulas (1).

Examples of “one set of adjacent two or more of R₃₀₁ to R₃₀₇ and R₃₁₁ to R₃₁₇” are sets of R₃₀₁ and R₃₀₂, R₃₀₂ and R₃₀₃, R₃₀₃ and R₃₀₄, R₃₀₅ and R₃₀₆, R₃₀₆ and R₃₀₇, R₃₀₁, R₃₀₂ and R₃₀₃, and the like.

In one embodiment, at least one, preferably two of R₃₀₁ to R₃₀₇ and R₃₁₁ to R₃₁₇ are groups represented by —N(R₉₀₆)(R₉₀₇).

In one embodiment, R₃₀₁ to R₃₀₇ and R₃₁₁ to R₃₁₇ are independently a hydrogen atom, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms.

In one embodiment, the compound represented by the formula (31) is a compound represented by the following formula (32).

In the formula (32),

-   -   one or more sets of adjacent two or more of R₃₃₁ to R₃₃₄ and         R₃₄₁ to R₃₄₄ form a substituted or unsubstituted, saturated or         unsaturated ring by bonding with each other, or do not form a         substituted or unsubstituted saturated or unsaturated ring;     -   R₃₃₁ to R₃₃₄ and R₃₄₁ to R₃₄₄ that do not form the substituted         or unsubstituted, saturated or unsaturated ring, and R₃₅₁ and         R₃₅₂ are independently

-   a hydrogen atom,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₃₆₁ to R₃₆₄ are independently

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms.

In one embodiment, the compound represented by the formula (31) is a compound represented by the following formula (33).

In the formula (33), R₃₅₁, R₃₅₂, and R₃₆₁ to R₃₆₄ are as defined in the formula (32).

In one embodiment, the compound represented by the formula (31) is a compound represented by the following formula (34) or (35):

In the formulas (34) and (35),

-   -   R₃₆₁ to R₃₆₄ are as defined in the formula (32);     -   one or more sets of adjacent two or more of R₃₇₁ to R₃₇₇ and         R₃₈₀ to R₃₈₆ form a substituted or unsubstituted, saturated or         unsaturated ring by bonding with each other, or do not form a         substituted or unsubstituted, saturated or unsaturated ring;     -   R₃₇₁ to R₃₇₇ and R₃₈₀ to R₃₈₆ which do not form a substituted or         unsubstituted, saturated or unsaturated ring, and R₃₈₇ are         independently

-   a hydrogen atom,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   two R₃₈₇'s may be the same as or different from each other.

In one embodiment, the compound represented by the formula (31) is a compound represented by the following formula (34-2) or (35-2):

In the formulas (34-2) and (35-2), R₃₆₁ to R₃₆₄, R₃₇₅ to R₃₇₇, and R₃₈₄ to R₃₈₇ are as defined in the formulas (34) or (35).

In one embodiment, R₃₆₁ to R₃₆₄ in the formulas (32), (33), (34), (35), (34-2), and (35-2) are independently a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms (preferably a phenyl group).

In one embodiment, R₃₂₁ and R₃₂₂ in the formula (31), and R₃₅₁, R₃₅₂, and R₃₈₇ in the formulas (32), (33), (34), (35), (34-2), and (35-2) are independently a hydrogen atom or a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms (preferably a phenyl group).

In one embodiment, the compound represented by the formula (31) is one or more compounds selected from the group consisting of a compound represented by the following formula (32-11), a compound represented by the following formula (34-11), and a compound represented by the following formula (35-11):

In the formulas (32-11), (34-11), and (35-11),

-   -   one or more sets of adjacent two or more of R₃₃₀₁ to R₃₃₀₇ and         R₃₃₁₁ to R₃₃₁₇ form a substituted or unsubstituted, saturated or         unsaturated ring by bonding with each other, or do not form a         substituted or unsubstituted, saturated or unsaturated ring;     -   R₃₃₀₁ to R₃₃₀₇ and R₃₃₁₁ to R₃₃₁₇ that do not form the         substituted or unsubstituted, saturated or unsaturated ring, and         R₃₃₃₁ are independently a hydrogen atom, a substituted or         unsubstituted aryl group including 6 to 20 ring carbon atoms, or         a substituted or unsubstituted monovalent heterocyclic group         including 5 to 20 ring atoms; two R₃₃₃₁'s may be the same as or         different from each other; and     -   R₃₃₂₁ to R₃₃₂₄ are independently a substituted or unsubstituted         aryl group including 6 to 20 ring carbon atoms, or a substituted         or unsubstituted monovalent heterocyclic group including 5 to 20         ring atoms.

In one embodiment, one or more compounds selected from the group consisting of the compound represented by the formula (32-11), the compound represented by the formula (34-11), and the compound represented by the formula (35-11) are one or more compounds selected from the group consisting of a compound represented by the following formula (32-12), a compound represented by the following formula (34-12), and a compound represented by the following formula (35-12), respectively:

In the formulas (32-12), (34-12), and (35-12), R₃₃₂₁ to R₃₃₂₄ and R₃₃₃₁ are as defined in the formulas (32-11), (34-11), or (35-11).

In one embodiment, in the formulas (32-11), (34-11), (35-11), (32-12), (34-12), and (35-12), R₃₃₂₁ to R₃₃₂₄ are independently a substituted or unsubstituted phenyl group.

In one embodiment, in the formulas (32-11), (34-11), (35-11), (32-12), (34-12), and (35-12), two R₃₃₃₁'s are hydrogen atoms.

In one embodiment, in the formulas (32-11), (34-11), (35-11), (32-12), (34-12), and (35-12), the substituent in the case of “substituted or unsubstituted” is selected from the group consisting of an alkyl group including 1 to 20 carbon atoms, an aryl group including 6 to 20 ring carbon atoms, and a monovalent heterocyclic group including 5 to 20 ring atoms.

In one embodiment, in the formulas (32-11), (34-11), (35-11), (32-12), (34-12), and (35-12), the substituent in the case of “substituted or unsubstituted” is an alkyl group including 1 to 5 carbon atoms.

In one embodiment, in the formulas (32-11), (34-11), (35-11), (32-12), (34-12), and (35-12), R₃₃₂₁ to R₃₃₂₄ are independently a substituted or unsubstituted phenyl group and two R₃₃₃₁'s are hydrogen atoms.

In one embodiment, in the formulas (32-11), (34-11), (35-11), (32-12), (34-12), and (35-12), R₃₃₂₁ to R₃₃₂₄ are independently a substituted or unsubstituted phenyl group, two R₃₃₃₁'s are hydrogen atoms, and the substituent in the case of “substituted or unsubstituted” is selected from the group consisting of an alkyl group including 1 to 20 carbon atoms, an aryl group including 6 to 20 ring carbon atoms, and a monovalent heterocyclic group including 5 to 20 ring atoms.

In one embodiment, in the formulas (32-11), (34-11), (35-11), (32-12), (34-12), and (35-12), R₃₃₂₁ to R₃₃₂₄ are independently a substituted or unsubstituted phenyl group, two R₃₃₃₁'s are hydrogen atoms, and the substituent in the case of “substituted or unsubstituted” is an alkyl group including 1 to 5 carbon atoms.

In one embodiment, in the compound represented by the formula (31), one or more sets of adjacent two or more of R₃₀₁ to R₃₀₇ and R₃₁₁ to R₃₁₇ form a substituted or unsubstituted, saturated or unsaturated ring by bonding with each other.

In one embodiment, the compound represented by the formula (31) is one or more compounds selected from the group consisting of compounds represented by each of the following formulas (36-1) to (36-6):

In the formulas (36-1) to (36-6),

-   -   one or more sets of adjacent two or more of R₃₆₀₅ to R₃₆₀₇,         R₃₆₁₅ to R₃₆₁₇, and R₃₆₃₁ form a substituted or unsubstituted,         saturated or unsaturated ring by bonding with each other, or do         not form the ring;     -   one or more sets of adjacent two or more of R₃₆₀₁ to R₃₆₀₄,         R₃₆₁₁ to R₃₆₁₄, and R₃₆₂₁ to R₃₆₂₈ form a substituted or         unsubstituted, saturated or unsaturated ring by bonding with         each other, or do not form the ring;     -   R₃₆₀₁ to R₃₆₀₇, R₃₆₁₁ to R₃₆₁₇, R₃₆₂₁ to R₃₆₂₈, and R₃₆₃₁ that         do not form the ring are independently

-   a hydrogen atom, a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   R₉₀₁ to R₉₀₇ are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; when two or more of each of R₉₀₁ to     R₉₀₇ are present, the two or more of each of R₉₀₁ to R₉₀₇ are the     same as or different from each other;     -   X₁ is selected from O, S, and N(R₃₆₄₁) and two X₁'s may be the         same as or different from each other;     -   R₃₆₄₁ forms a substituted or unsubstituted saturated or         unsaturated ring by bonding with one or more selected from the         group consisting of R₃₆₀₁ to R₃₆₀₄, R₃₆₁₁ to R₃₆₁₄, R₃₆₂₄, and         R₃₆₂₈, or do not form the ring; and     -   R₃₆₄₁ which does not form the ring is a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms.

In one embodiment, the compound represented by the formula (31) is a compound represented by the formula (36-1) or the formula (36-2), and in one embodiment, the compound represented by the formula (31) is a compound represented by the formula (36-1).

In one embodiment, in the compounds represented by each of the formulas (36-1) to (36-6), two R₃₆₃₁'s are phenyl groups.

In one embodiment, in the compounds represented by each of the formulas (36-1) to (36-6), X₁ is N(R₃₆₄₁).

In one embodiment, in the compounds represented by each of the formulas (36-1) to (36-6), R₃₆₄₁ is a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms.

In one embodiment, the compound represented by the formula (31) is a compound represented by the following formula (36-1-1).

In the formula (36-1-1), one or more sets of adjacent two or more of R₃₀₀₁, R₃₀₀₂, R₃₀₀₅ to R₃₀₀₇, R₃₀₁₀, R₃₀₁₁, R₃₀₁₄ to R₃₀₁₆, and R₃₀₃₁ to R₃₀₃₄ form a substituted or unsubstituted, saturated or unsaturated ring by bonding with each other, or do not form a substituted or unsubstituted, saturated or unsaturated ring;

-   -   X_(a)'s are independently selected from O, S, and N(R₃₀₃₅);     -   R₃₀₃₅ forms a substituted or unsubstituted, saturated or         unsaturated ring by bonding with R₃₀₃₁, or does not form the         ring;     -   R₃₀₀₁, R₃₀₀₂, R₃₀₀₅ to R₃₀₀₇, R₃₀₁₀, R₃₀₁₁, R₃₀₁₄ to R₃₀₁₆, and         R₃₀₃₁ to R₃₀₃₄ that do not form the substituted or         unsubstituted, saturated or unsaturated ring, and R₃₀₂₁ and         R₃₀₂₂ are independently

-   a hydrogen atom,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms.

In one embodiment, the substituent in the case of the “substituted or unsubstituted” in the formulas (31) to (35), (34-2), (35-2), (32-11), (34-11), (35-11), (32-12), (34-12), (35-12), (36-1) to (36-6), and (36-1-1) is

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms, -   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms, -   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms, -   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms, -   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or -   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms.

As the compound represented by the formula (31), the following compounds can be given, for example. In the following examples, “Me” represents a methyl group.

(Compound Represented by Formula (41))

The compound represented by the formula (41) is explained below.

In the formula (41),

-   -   a ring a, a ring b and a ring c are independently

-   a substituted or unsubstituted aromatic hydrocarbon ring including 6     to 50 ring carbon atoms, or

-   a substituted or unsubstituted heterocycle including 5 to 50 ring     atoms;     -   R₄₀₁ and R₄₀₂ are independently bonded to the ring a, the ring b         or the ring c to form a substituted or unsubstituted         heterocycle, or do not form a substituted or unsubstituted         heterocycle;     -   R₄₀₁ and R₄₀₂ that do not form the substituted or unsubstituted         heterocycle are independently

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms.

The ring a, the ring b and the ring c are a ring (a substituted or unsubstituted aromatic hydrocarbon ring including 6 to 50 ring carbon atoms or a substituted or unsubstituted heterocycle including 5 to 50 ring atoms) which is fused to the fused bicyclic structure containing one B atom and two N atoms in the center of the formula (41).

The “aromatic hydrocarbon ring” for the ring a, the ring b and the ring c has the structure same as the compound obtained by introducing a hydrogen atom into the “aryl group” described above. The “aromatic hydrocarbon ring” for the ring a contains three carbon atoms in the fused bicyclic structure in the center of the formula (41) as ring atoms. The “aromatic hydrocarbon ring” for the ring b and the ring c contain two carbon atoms in the fused bicyclic structure in the center of the formula (41) as ring atoms. As examples of the “substituted or unsubstituted aromatic hydrocarbon ring including 6 to 50 ring carbon atoms”, compounds obtained by introducing a hydrogen atom into the “aryl group” described in the specific example group G1 and the like can be given.

The “heterocycle” for the ring a, the ring b and the ring c has the structure same as the compound obtained by introducing a hydrogen atom into the “heterocyclic group” described above. The “heterocycle” for the ring a contains three carbon atoms in the fused bicyclic structure in the center of the formula (41) as ring atoms. The “heterocycle” for the ring b and the ring c contains two carbon atoms in the fused bicyclic structure in the center of the formula (41) as ring atoms. As examples of the “substituted or unsubstituted heterocycle including 5 to 50 ring atoms”, compounds obtained by introducing a hydrogen atom into the “heterocyclic group” described in the specific example group G2.

R₄₀₁ and R₄₀₂ may be independently bonded to the ring a, the ring b or the ring c to form a substituted or unsubstituted heterocycle. In this case, the heterocycle contains the nitrogen atom in the fused bicyclic structure in the center of the formula (41). In this case, the heterocycle may contain a heteroatom other than the nitrogen atom. “R₄₀₁ and R₄₀₂ are bonded to the ring a, the ring b or the ring c” means, specifically, an atom forming the ring a, the ring b or the ring c is bonded to an atom forming Raw and R₄₀₂. For example, Raw may be bonded to the ring a to form a nitrogen-containing heterocycle including a fused bicyclic structure (or a fused tricyclic or a fused more polycyclic structure) in which a ring containing Raw and the ring a are fused. Specific examples of the nitrogen-containing heterocycle include compounds corresponding to heterocyclic groups of the fused bicyclic or more polycyclic heterocyclic groups containing a nitrogen atom among the specific example groups G2, and the like.

The same applies to the case where Raw is bonded to the ring b, the case where R₄₀₂ is bonded to the ring a, and the case where R₄₀₂ is bonded to the ring c.

In one embodiment, the ring a, the ring b and the ring c in the formula (41) are independently a substituted or unsubstituted aromatic hydrocarbon ring including 6 to 50 ring carbon atoms.

In one embodiment, the ring a, the ring b and the ring c in the formula (41) are independently a substituted or unsubstituted benzene ring or a substituted or unsubstituted naphthalene ring.

In one embodiment, R₄₀₁ and R₄₀₂ in the formula (41) are independently a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms, and preferably a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms.

In one embodiment, the compound represented by the formula (41) is a compound represented by the following formula (42):

In the formula (42),

-   -   R_(401A) is bonded with one or more selected from the group         consisting of R₄₁₁ and R₄₂₁ to form a substituted or         unsubstituted heterocycle, or does not form a substituted or         unsubstituted heterocycle; R_(402A) is bonded with one or more         selected from the group consisting of R₄₁₃ or R₄₁₄ to form a         substituted or unsubstituted heterocycle, or does not form a         substituted or unsubstituted heterocycle;     -   R_(401A) and R_(402A) that do not form the substituted or         unsubstituted heterocycle are independently

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   one or more sets of adjacent two or more of R₄₁₁ to R₄₂₁ form a         substituted or unsubstituted, saturated or unsaturated ring by         bonding with each other, or do not form a substituted or         unsubstituted, saturated or unsaturated ring;     -   R₄₁₁ to R₄₂₁ that do not form the substituted or unsubstituted         heterocycle or the substituted or unsubstituted, saturated or         unsaturated ring are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formulas (1).     -   R_(401A) and R_(402A) in the formula (42) are groups         corresponding to R₄₀₁ and R₄₀₂ in the formula (41),         respectively.     -   R_(401A) and R₄₁₁ may be bonded with each other to form a         nitrogen-containing fused bicyclic (or tricyclic or more         polycyclic) heterocycle formed by condensing a fused ring         containing R_(401A) and R₄₁₁ with the benzene ring corresponding         to the ring a, for example. As examples of the         nitrogen-containing heterocycle, compounds corresponding to         nitrogen-containing fused bicyclic or more polycyclic         heterocyclic group among the specific example group G2 can be         given. The same applies to the case where R_(401A) and R₄₁₂ are         bonded, the case where R_(402A) and R₄₁₃ are bonded, and the         case where R_(402A) and R₄₁₄ are bonded.

One or more sets of adjacent two or more of R₄₁₁ to R₄₂₁ may form a substituted or unsubstituted, saturated or unsaturated ring by bonding with each other. For example, R₁₁ and R₁₂ may be bonded with each other to form a structure in which a benzene ring, an indole ring, a pyrrole ring, a benzofuran ring, a benzothiophene ring or the like, is fused to the six-membered ring to which R₁₁ and R₁₂ are bonded, and the formed fused ring becomes a naphthalene ring, a carbazole ring, an indole ring, a dibenzofuran ring or a dibenzothiophene ring.

In one embodiment, R₄₁₁ to R₄₂₁ that are not involved in the formation of the ring are independently a hydrogen atom, a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms.

In one embodiment, R₄₁₁ to R₄₂₁ that are not involved in the formation of the ring are independently a hydrogen atom, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms.

In one embodiment, R₄₁₁ to R₄₂₁ that are not involved in the formation of the ring are independently a hydrogen atom or a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms.

In one embodiment, R₄₁₁ to R₄₂₁ that are not involved in the formation of the ring are independently a hydrogen atom, or a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, and at least one of R₄₁₁ to R₄₂₁ is a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms.

In one embodiment, the compound represented by the formula (42) is a compound represented by the following formula (43).

In the formula (43),

-   -   R₄₃₁ is bonded with R₄₄₆ to form a substituted or unsubstituted         heterocycle, or does not form a substituted or unsubstituted         heterocycle; R₄₃₃ is bonded with R₄₄₇ to form a substituted or         unsubstituted heterocycle, or does not form a substituted or         unsubstituted heterocycle; R₄₃₄ is bonded with R₄₅₁ to form a         substituted or unsubstituted heterocycle, or does not form a         substituted or unsubstituted heterocycle; and R₄₄₁ is bonded         with R₄₄₂ to form a substituted or unsubstituted heterocycle, or         does not form a substituted or unsubstituted heterocycle;     -   one or more sets of adjacent two or more of R₄₃₁ to R₄₆₁ form a         substituted or unsubstituted, saturated or unsaturated ring by         bonding with each other, or do not form a substituted or         unsubstituted, saturated or unsaturated ring;     -   R₄₃₁ to R₄₅₁ that do not form the substituted or unsubstituted         heterocycle and do not form the substituted or unsubstituted,         saturated or unsaturated ring are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₆),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formulas (1).

R₄₃₁ may be bonded to R₄₄₆ to form a substituted or unsubstituted heterocycle. For example, R₄₃₁ may be bonded with R₄₄₆ to form a nitrogen-containing fused tricyclic or more polycyclic heterocycle in which the benzene ring to which R₄₆ is bonded, a nitrogen-containing ring and the benzene ring corresponding to the ring a are condensed. As examples of such a nitrogen-containing heterocycle, compounds corresponding to nitrogen-containing heterocyclic groups including a fused tricyclic or more polycyclic structure in the specific example group G2 can be given. The same applies to the case where R₄₃₃ and R₄₄₇ are bonded, the case where R₄₃₄ and R₄₅₁ are bonded, and the case where R₄₄₁ and R₄₄₂ are bonded.

In one embodiment, R₄₃₁ to R₄₆₁ that are not involved in the formation of a ring are independently, a hydrogen atom, a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms.

In one embodiment, R₄₃₁ to R₄₆₁ that are not involved in the formation of the ring are independently, a hydrogen atom, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms.

In one embodiment, R₄₃₁ to R₄₅₁ that are not involved in the formation of the ring are independently a hydrogen atom or a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms.

In one embodiment, R₄₃₁ to R₄₅₁ that are not involved in the formation of the ring are independently a hydrogen atom, or a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, and at least one of R₄₃₁ to R₄₅₁ is a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms.

In one embodiment, the compound represented by the formula (43) is a compound represented by the following formula (43A).

In the formula (43A),

-   -   R₄₆₁ is

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms, or

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms; and     -   R₄₆₂ to R₄₆₅ are independently

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms, or

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms.

In one embodiment, R₄₆₁ to R₄₆₅ are independently a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, or a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms.

In one embodiment, R₄₆₁ and R₄₆₅ are independently a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms.

In one embodiment, the compound represented by the formula (43) is a compound represented by the following formula (43B).

In the formula (43B),

-   -   R₄₇₁ and R₄₇₂ are independently,

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —N(R₉₀₆)(R₉₀₇), or

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms;     -   R₄₇₃ to R₄₇₅ are independently,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —N(R₉₀₆)(R₉₀₇), or

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms; and     -   R₉₀₆ and R₉₀₇ are as defined in the formulas (1).

In one embodiment, the compound represented by the formula (43) is a compound represented by the following formula (43B′).

In the formula (43B′), R₄₇₂ to R₄₇₅ are as defined in the formula (43B).

In one embodiment, at least one of R₄₇₁ to R₄₇₅ is

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms, -   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms, -   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms, -   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms, -   —N(R₉₀₆)(R₉₀₇), or -   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms.

In one embodiment,

-   -   R₄₇₂ is

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   —N(R₉₀₆)(R₉₀₇), or

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms; and     -   R₄₇₁ and R₄₇₃ to R₄₇₅ are independently

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   —N(R₉₀₆)(R₉₀₇), or

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms.

In one embodiment, the compound represented by the formula (43) is a compound represented by the following formula (43C).

In the formula (43C),

-   -   R₄₈₁ and R₄₈₂ are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms, or

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms; and     -   R₄₈₃ to R₄₈₆ are independently

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms, or

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms.

-   In one embodiment, the compound represented by the formula (43) is a     compound represented by the following formula (43C′).

In the formula (43C′), R₄₈₃ to R₄₈₆ are as defined in the formula (43C).

In one embodiment, R₄₈₁ to R₄₈₆ are independently a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms or a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms.

In one embodiment, R₄₈₁ to R₄₈₆ are independently a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms.

In one embodiment, the compound represented by the formula (43) is a compound represented by the following formula (43D).

In the formula (43D),

-   -   R₄₆₁₁ is a hydrogen atom, an unsubstituted alkyl group including         1 to 6 carbon atoms, an unsubstituted cycloalkyl group including         3 to 10 ring carbon atoms, —Si(R₉₁₁)(R₉₁₂)(R₉₁₃), or         —N(R₉₁₄)(R₉₁₅);     -   R₄₆₁₂ to R₄₆₁₅ are independently an unsubstituted alkyl group         including 1 to 6 carbon atoms, an unsubstituted cycloalkyl group         including 3 to 10 ring carbon atoms, or —Si(R₉₁₁)(R₉₁₂)(R₉₁₃);     -   R₉₁₁ to R₉₁₃ are independently an unsubstituted alkyl group         including 1 to 6 carbon atoms or an unsubstituted aryl group         including 6 to 18 ring carbon atoms; and     -   R₉₁₄ to R₉₁₅ are independently an unsubstituted aryl group         having 6 to 18 ring carbon atoms.

In one embodiment, in the formula (43D), R₄₆₁₁ is a hydrogen atom, an unsubstituted alkyl group including 1 to 6 carbon atoms, or —N(R₉₁₄)(R₉₁₅).

In one embodiment, in the formula (43D), R₄₆₁₂ to R₄₆₁₆ are independently an unsubstituted alkyl group including 1 to 6 carbon atoms or an unsubstituted cycloalkyl group including 3 to 10 ring carbon atoms.

In one embodiment, in the formula (43D), R₄₆₁₁ is —N(R₉₁₄)(R₉₁₅), and R₄₆₁₂ to R₄₆₁₅ are independently an unsubstituted alkyl group including 1 to 6 carbon atoms.

In one embodiment, in the formula (43D), R₄₆₁₁ is an unsubstituted alkyl group including 1 to 6 carbon atoms, and R₄₆₁₂ to R₄₆₁₅ are independently an unsubstituted alkyl group including 1 to 6 carbon atoms.

In one embodiment, in the formula (43D), R₄₆₁₁ is a hydrogen atom, and R₄₆₁₂ to R₄₆₁₅ are independently an unsubstituted alkyl group including 1 to 6 carbon atoms or an unsubstituted cycloalkyl group including 3 to 10 ring carbon atoms.

In one embodiment, in the formula (43D), at least one hydrogen atom contained in one or more selected from the group consisting of R₉₁₄ and R₉₁₅ is a deuterium atom.

The compound represented by the formula (41) can be synthesized by the following method. An intermediate is obtained by bonding the ring a, the ring b and the ring c with linking groups (a group containing N—R₁ and a group containing N—R₂) (first reaction), and a final compound is obtained by bonding the ring a, the ring b and the ring c with a linking group (a group containing B) (second reaction). In the first reaction, an amination reaction such as Buchwald-Hartwig reaction can be applied. In the second reaction, tandem hetero-Friedel-Crafts reaction or the like can be applied.

Examples of the compound represented by the formula (41) are described below. They are just exemplified compounds, and the compound represented by the formula (41) is not limited to the following examples. In the following specific examples, “Me” represents a methyl group, and “tBu” represents a tert-butyl group.

(Compound Represented by Formula (51))

The compound represented by the formula (51) is explained below.

In the formula (51),

-   -   a ring r is a ring represented by the formula (52) or the         formula (53) which is fused to respective arbitrary positions of         the adjacent rings;     -   a ring q and a ring s are independently a ring represented by         the formula (54) which is fused to respective arbitrary         positions of the adjacent rings;     -   a ring p and a ring t are independently a ring represented by         the formula (55) or the formula (56) which is fused to an         arbitrary position of the adjacent ring;     -   when a plurality of R₅₀₁'s exists, adjacent R₅₀₁'s form a         substituted or unsubstituted, saturated or unsaturated ring by         bonding with each other, or do not form a substituted or         unsubstituted, saturated or unsaturated ring;     -   X₅₀₁ is an oxygen atom, a sulfur atom, or NR₅₀₂;     -   R₅₀₁ that do not form the substituted or unsubstituted saturated         or unsaturated ring, and R₅₀₂ are

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   R₉₀₁ to R₉₀₇ are as defined in the formulas (1);     -   Ar₅₀₁ and Ar₅₀₂ are independently

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   L₅₀₁ is

-   a substituted or unsubstituted alkylene group including 1 to 50     carbon atoms,

-   a substituted or unsubstituted alkenylene group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynylene group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkylene group including 3 to 50     ring carbon atoms,

-   a substituted or unsubstituted arylene group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted divalent heterocyclic group including     5 to 50 ring atoms;     -   m1's are independently an integer of 0 to 2, m2's are         independently an integer of 0 to 4, m3 is independently an         integer of 0 to 3, and m4 is independently an integer of 0 to 5;         and when a plurality of R₅₀₁'s exists, the plurality of R₅₀₁'s         may be the same as or different from each other.

In the formula (51), each of the ring p to the ring t is fused with the adjacent ring by sharing two carbon atoms. The fused position and the fused direction are not limited, and it can be fused at any position and direction.

In one embodiment, in the formula (52) or (53) for the r ring, R₅₀₁ is a hydrogen atom.

In one embodiment, the compound represented by the formula (51) is a compound represented by any one of the following formulas (51-1) to (51-6).

In the formulas (51-1) to (51-6), R₅₀₁, X₅₀₁, Ar₅₀₁, Ar₅₀₂, L₅₀₁, m1 and m3 are as defined in the formula (51).

In one embodiment, the compound represented by the formula (51) is a compound represented by any one of the following formulas (51-11) to (51-13).

In the formulas (51-11) to (51-13), R₅₀₁, X₅₀₁, Arson, Ar₅₀₂, L₅₀₁, m1, m3 and m4 are as defined in the formula (51).

In one embodiment, the compound represented by the formula (51) is a compound represented by any one of the following formulas (51-21) to (51-25).

In the formulas (51-21) to (51-25), R₅₀₁, X₅₀₁, Ar₅₀₁, Ar₅₀₂, L₅₀₁, m1 and m4 are as defined in the formula (51).

In one embodiment, the compound represented by the formula (51) is a compound represented by any one of the following formulas (51-31) to (51-33).

In the formulas (51-31) to (51-33), R₅₀₁, X₅₀₁, Ar₅₀₁, Ar₅₀₂, L₅₀₁, m1 to m4 are as defined in the formula (51).

In one embodiment, Ar₅₀₁ and Ar₅₀₂ are independently a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms.

In one embodiment, one of Ar₅₀₁ and Ar₅₀₂ is a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms and the other is a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms.

As examples of the compound represented by the formula (51), the following compounds can be given, for example. In the following specific examples, “Me” represents a methyl group.

(Compound Represented by Formula (61))

The compound represented by the formula (61) is explained below.

In the formula (61),

-   -   at least one set of R₉₀₁ and R₆₀₂, R₆₀₂ and R₉₀₃, and R₉₀₃ and         R₆₀₄ form a divalent group represented by the following         formula (62) by bonding with each other;     -   at least one set of R₆₀₅ and R₆₀₆, R₆₀₆ and R₆₀₇, and R₆₀₇ and         R₆₀₈ form a divalent group represented by the following         formula (63) by bonding with each other.

At least one of R₆₀₁ to R₆₀₄ that does not form the divalent group represented by the formula (62), and R₆₁₁ to R₆₁₄ is a monovalent group represented by the following formula (64);

-   -   at least one of R₆₀₅ to R₆₀₈ that do not form the divalent group         represented by the formula (63), and R₆₂₁ to R₆₂₄ is a         monovalent group represented by the following formula (64);     -   X₆₀₁ is an oxygen atom, a sulfur atom, or NR₆₀₉;     -   R₆₀₁ to R₆₀₈ that do not form the divalent group represented by         the formulas (62) and (63) and that are not the monovalent group         represented by the formula (64), R₆₁₁ to R₆₁₄ and R₆₂₁ to R₆₂₄         that are not the monovalent group represented by the formula         (64), and R₆₀₉ are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formulas (1).

In the formula (64), Ar₆₀₁ and Ar₆₀₂ are independently

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or -   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   L₆₀₁ to L₆₀₃ are independently -   a single bond, -   a substituted or unsubstituted arylene group including 6 to 30 ring     carbon atoms, -   a substituted or unsubstituted divalent heterocyclic group including     5 to 30 ring atoms, or -   a divalent group formed by linking 2 to 4 of a substituted or     unsubstituted arylene group including 6 to 30 ring carbon atoms, and     a substituted or unsubstituted divalent heterocyclic group including     5 to 30 ring atoms.

In the formula (61), positions at which the divalent group represented by the formula (62) and the divalent group represented by the formula (63) are formed are not limited, and these groups can be formed at possible positions of R₉₀₁ to R₆₀₈.

In one embodiment, the compound represented by the formula (61) is a compound represented by any one of the following formulas (61-1) to (61-6).

In the formulas (61-1) to (61-6), X₆₀₁ is as defined in the formula (61);

-   -   at least two of R₉₀₁ to R₆₂₄ are the monovalent groups         represented by the formula (64);     -   R₉₀₁ to R₆₂₄ that are not the monovalent group represented by         the formula (64) are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formulas (1).

In one embodiment, the compound represented by the formula (61) is a compound represented by any one of the following formulas (61-7) to (61-18).

In the formulas (61-7) to (61-18), X₆₀₁ is as defined in the formula (61); * is a single bond which bonds to the monovalent group represented by the formula (64); and R₆₀₁ to R₆₂₄ are the same as R₆₀₁ to R₆₂₄ that are not the monovalent group represented by the formula (64).

R₆₀₁ to R₆₀₈ that do not form the divalent group represented by any one of the formulas (62) and (63) and that are not the monovalent group represented by the formula (64), and R₆₁₁ to R₆₁₄ and R₆₂₁ to R₆₂₄ that are not the monovalent group represented by the formula (64) are preferably independently

-   a hydrogen atom, -   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms, -   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms, -   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms, -   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms, -   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or -   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms.

The monovalent group represented by the formula (64) is preferably a group represented by the following formula (65) or (66).

In the formula (65), R₆₃₁ to R₆₄₀ are independently

-   a hydrogen atom, -   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms, -   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms, -   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms, -   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms, -   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃), -   —O—(R₉₀₄), -   —S—(R₉₀₆), -   —N(R₆₀₆)(R₆₀₇), -   a halogen atom, a cyano group, a nitro group, -   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or -   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formulas (1).

In the formula (66), Ar₆₀₁, L₆₀₁ and L₆₀₃ are as defined in the formula (64); and HAr₆₀₁ is a structure represented by the following formula (67).

In the formula (67), X₆₀₂ is an oxygen atom or a sulfur atom;

-   -   any one of R₆₄₁ to R₆₄₈ is a single bond which bonds to L₆₀₃;     -   R₆₄₁ to R₆₄₈ that are not single bonds are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formulas (1).

As specific examples of the compound represented by the formula (61), the following compounds can be given, in addition to the compounds described in WO2014/104144. In the following specific examples, “Me” represents a methyl group.

(Compound Represented by Formula (71))

The compound represented by the formula (71) is explained below.

In the formula (71),

-   -   a ring A₇₀₁ and a ring A₇₀₂ are independently

-   a substituted or unsubstituted aromatic hydrocarbon ring including 6     to 50 ring carbon atoms, or

-   a substituted or unsubstituted heterocycle including 5 to 50 ring     atoms;     -   one or more rings selected from the group consisting of the ring         A₇₀₁ and the ring A₇₀₂ are bonded to *'s in the structure         represented by the following formula (72).

In the formula (72),

-   -   rings A₇₀₃ are independently

-   a substituted or unsubstituted aromatic hydrocarbon ring including 6     to 50 ring carbon atoms, or

-   a substituted or unsubstituted heterocycle including 5 to 50 ring     atoms;     -   X₇₀₁ is NR₇₀₃, C(R₇₀₄)(R₇₀₅), Si(R₇₀₆)(R₇₀₇), Ge(R₇₀₈)(R₇₀₉), O,         S or Se;     -   R₇₀₁ and R₇₀₂ form a substituted or unsubstituted, saturated or         unsaturated ring by bonding with each other, or do not form a         substituted or unsubstituted saturated or unsaturated ring;     -   R₇₀₁ and R₇₀₂ that do not form the substituted or unsubstituted,         saturated or unsaturated ring, and R₇₀₃ to R₇₀₉ are         independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   R₉₀₁ to R₉₀₇ are as defined in the formulas (1).

One or more rings selected from the group consisting of the ring A₇₀₁ and the ring A₇₀₂ is bonded to *'s in the structure represented by the formula (72). That is, in one embodiment, the ring carbon atoms constituting the aromatic hydrocarbon ring or the ring atoms constituting the heterocycle of the ring A₇₀₁ are bonded to *'s in the structure represented by the formula (72). In one embodiment, the ring carbon atoms constituting the aromatic hydrocarbon ring or the ring atoms constituting the heterocycle of the ring A₇₀₂ are bonded to *'s in the structure represented by the formula (72).

In one embodiment, a group represented by the following formula (73) is bonded to one or both of the ring A₇₀₁ and the ring A₇₀₂:

In the formula (73), Ar₇₀₁ and Ar₇₀₂ are independently

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or -   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   L₇₀₁ to L₇₀₃ are independently -   a single bond, -   a substituted or unsubstituted arylene group including 6 to 30 ring     carbon atoms, -   a substituted or unsubstituted divalent heterocyclic group including     5 to 30 ring atoms, or -   a divalent linking group formed by bonding 2 to 4 above mentioned     groups.

In one embodiment, in addition to the ring A₇₀₁, the ring carbon atoms constituting the aromatic hydrocarbon ring or the ring atoms constituting the heterocycle of the ring A₇₀₂ are bonded to *'s in the structure represented by the formula (72). In this case, the structures represented by the formula (72) may be the same as or different from each other.

In one embodiment, R₇₀₁ and R₇₀₂ are independently a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms.

In one embodiment, R₇₀₁ and R₇₀₂ form a fluorene structure by bonding with each other.

In one embodiment, the ring A₇₀₁ and the ring A₇₀₂ are substituted or unsubstituted aromatic hydrocarbon rings including 6 to 50 ring carbon atoms, and they are substituted or unsubstituted benzene rings, for example.

In one embodiment, the ring A₇₀₃ is a substituted or unsubstituted aromatic hydrocarbon ring including 6 to 50 ring carbon atoms, and it is a substituted or unsubstituted benzene ring, for example.

In one embodiment, X₇₀₁ is O or S.

As specific examples of the compound represented by the formula (71), the following compounds can be given, for example. In the following specific examples, “Me” represents a methyl group.

(Compound Represented by Formula (81))

The compound represented by the formula (81) is explained below.

In the formula (81),

-   -   a ring A₈₀₁ is a ring represented by the formula (82) which is         fused to the adjacent rings at respective arbitrary positions;     -   a ring A₈₀₂ is a ring represented by the formula (83) which is         fused to the adjacent rings at respective arbitrary positions;     -   two *'s bond to respective arbitrary positions of the ring A₈₀₃;     -   X₈₀₁ and X₈₀₂ are independently C(R₈₀₃)(R₈₀₄), Si(R₈₀₅)(R₈₀₆),         an oxygen atom, or a sulfur atom;     -   a ring A₈₀₃ is a substituted or unsubstituted aromatic         hydrocarbon ring including 6 to 50 ring carbon atoms, or a         substituted or unsubstituted heterocycle including 5 to 50 ring         atoms;     -   Ar₈₀₁ is a substituted or unsubstituted aryl group including 6         to 50 ring carbon atoms, or a substituted or unsubstituted         monovalent heterocyclic group including 5 to 50 ring atoms;     -   R₈₀₁ to R₈₀₆ are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   R₉₀₁ to R₉₀₇ are as defined in the formula (1);     -   m801 and m802 are independently an integer of 0 to 2; when m801         is 2, a plurality of R₈₀₁'s may be the same as or different from         each other; when m802 is 2, a plurality of R₈₀₂'s may be the         same as or different from each other;     -   a801 is an integer of 0 to 2; when a801 is 0 or 1, the         structures in parentheses, which exist in number indicated by         “3-a801 (3 subtract a801)” may be the same as or different from         each other; and when a801 is 2, Ar₈₀₁ may be the same as or         different from each other.

In one embodiment, Ar₈₀₁ is a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms.

In one embodiment, the ring A803 is a substituted or unsubstituted aromatic hydrocarbon ring including 6 to 50 ring carbon atoms, and it is a substituted or unsubstituted benzene ring, a substituted or unsubstituted naphthalene ring, or a substituted or unsubstituted anthracene ring, for example.

In one embodiment, R₈₀₃ and R₈₀₄ are independently a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms.

In one embodiment, a801 is 1.

As specific examples of the compound represented by the formula (81), the following compounds can be given, for example.

Specific examples of the above groups are as described in the section of [Definitions] of this specification.

As described above, known materials and device configurations may be applied to the organic EL device according to an aspect of the invention, as long as the device includes a cathode, an anode, and an emitting layer disposed between the cathode and the anode, and the emitting layer contains a first host material, a second host material, and a dopant material, and the effect of the invention is not impaired.

The content of the first host material and the second host material in the emitting layer is preferably 80% by mass or more and 99% by mass or less based on the total mass of the emitting layer.

The content ratio (mass ratio) of the first host material and the second host material in the emitting layer is usually 1:99 to 99:1, preferably 10:90 to 90:10, and more preferably 40:60 to 60:40.

The content of the dopant material in the emitting layer is preferably 1% by mass or more and 20% by mass or less based on the total mass of the emitting layer.

An embodiment of the organic EL device of the invention preferably includes a hole-transporting layer disposed between the anode and the emitting layer.

An embodiment of the organic EL device of the invention preferably includes an electron-transporting layer disposed between the cathode and the emitting layer.

Specific examples of typical device configurations of the organic EL device of the invention include

-   (1) an anode/an emitting layer/a cathode, -   (2) an anode/a hole-injecting layer/an emitting layer/a cathode, -   (3) an anode/an emitting layer/an electron-injecting-transporting     layer/a cathode, -   (4) an anode/a hole-injecting layer/an emitting layer/an     electron-injecting-transporting layer/a cathode, -   (5) an anode/an organic semiconductor layer/an emitting layer/a     cathode, -   (6) an anode/an organic semiconductor layer/an electron barrier     layer/an emitting layer/a cathode, -   (7) an anode/an organic semiconductor layer/an emitting layer/an     adhesion improving layer/a cathode, -   (8) an anode/a hole-injecting-transporting layer/an emitting     layer/an electron-injecting-transporting layer/a cathode, -   (9) an anode/an insulating layer/an emitting layer/an insulating     layer/a cathode, -   (10) an anode/an inorganic semiconductor layer/an insulating     layer/an emitting layer/an insulating layer/a cathode, -   (11) an anode/an organic semiconductor layer/an insulating layer/an     emitting layer/an insulating layer/a cathode, -   (12) an anode/an insulating layer/a hole-injecting-transporting     layer/an emitting layer/an insulating layer/a cathode, and -   (13) an anode/an insulating layer/a hole-injecting-transporting     layer/an emitting layer/an electron-injecting-transporting layer/a     cathode.     and the like.

Among the above-described structures, the configuration of (8) is preferably used, but the device configuration of the organic EL device is not limited thereto.

The “hole-injecting-transporting layer” in this specification indicates “at least one of the hole-injecting layer and the hole-transporting layer,” and the “electron-injecting-transporting layer” in this specification indicates “at least one of the electron-injecting layer and the electron-transporting layer.”

Parts which can be used in the organic EL device according to an aspect of the invention, materials for forming respective layers, other than the above compounds, and the like, will be described below.

(Substrate)

A substrate is used as a support of an emitting device. As the substrate, glass, quartz, plastics or the like can be used, for example. Further, a flexible substrate may be used. The “flexible substrate” means a bendable (flexible) substrate, and specific examples thereof include a plastic substrate formed of polycarbonate, polyvinyl chloride, or the like.

(Anode)

For the anode formed on the substrate, metals, alloys, electrically conductive compounds, mixtures thereof, and the like, which have a large work function (specifically 4.0 eV or more) are preferably used. Specific examples thereof include indium oxide-tin oxide (ITO: Indium Tin Oxide), indium oxide-tin oxide containing silicon or silicon oxide, indium oxide-zinc oxide, tungsten oxide, indium oxide containing zinc oxide, graphene, and the like. In addition thereto, specific examples thereof include gold (Au), platinum (Pt), a nitride of a metallic material (for example, titanium nitride), and the like.

(Hole-Injecting Layer)

The hole-injecting layer is a layer containing a substance having a high hole-injecting property. As such a substance having a high hole-injecting property, molybdenum oxide, titanium oxide, vanadium oxide, rhenium oxide, ruthenium oxide, chromium oxide, zirconium oxide, hafnium oxide, tantalum oxide, silver oxide, tungsten oxide, manganese oxide, an aromatic amine compound, or a polymer compound (oligomers, dendrimers, polymers, etc.) can be given.

(Hole-Transporting Layer)

The Hole-Transporting Layer is a Layer Containing a Substance Having a High Hole-transporting property. For the hole-transporting layer, an aromatic amine compound, a carbazole derivative, an anthracene derivative, or the like can be used. A polymer compound such as poly(N-vinylcarbazole) (abbreviation: PVK) and poly(4-vinyltriphenylamine) (abbreviation: PVTPA) can also be used. However, a material other than the above-described materials may be used as long as the material has a transporting property of holes than that of electrons. It should be noted that the layer containing the material having a high hole-transporting property may be formed into not only a monolayer, but also a stacked layer in which two or more layers formed of the above-described materials are stacked.

(Guest (Dopant) Material of Emitting Layer)

The emitting layer is a layer containing a material having a high emitting property, and various materials can be used in addition to the materials used in the invention described above. For example, as the substance having a high emitting property, a fluorescent compound which emits fluorescence or a phosphorescent compound which emits phosphorescence can be used. The fluorescent compound is a compound which can emit from a singlet excited state, and the phosphorescent compound is a compound which can emit from a triplet excited state.

As a blue fluorescent emitting material which can be used for an emitting layer, pyrene derivatives, styrylamine derivatives, chrysene derivatives, fluoranthene derivatives, fluorene derivatives, diamine derivatives, triarylamine derivatives, and the like can be used. As a green fluorescent emitting material which can be used for an emitting layer, aromatic amine derivatives and the like can be used. As a red fluorescent emitting material which can be used for an emitting layer, tetracene derivatives, diamine derivatives and the like can be used.

As a blue phosphorescent emitting material which can be used for an emitting layer, metal complexes such as iridium complexes, osmium complexes, platinum complexes and the like are used. As a green phosphorescent emitting material which can be used for an emitting layer, iridium complexes and the like are used. As a red phosphorescent emitting material which can be used for an emitting layer, metal complexes such as iridium complexes, platinum complexes, terbium complexes, europium complexes and the like are used.

(Host Material for Emitting Layer)

The emitting layer may have a constitution that the above-mentioned substance having a high emitting property (guest material) is dispersed in another substance (host material). As substances for dispersing the substance having a high emitting property, a variety of substances can be used in addition to the materials used in the invention described above, and it is preferable to use a material having a lowest unoccupied orbital level (LUMO level) higher than the material having a high emitting property and a highest occupied orbital level (HOMO level) lower than the material having a high emitting property.

As the material for dispersing a material having a high emitting property (host material), 1) a metal complex such as an aluminum complex, a beryllium complex, or a zinc complex, 2) a heterocyclic compound such as an oxadiazole derivative, a benzimidazole derivative, or a phenanthroline derivative, 3) a fused aromatic compound such as a carbazole derivative, an anthracene derivative, a phenanthrene derivative, a pyrene derivative, or a chrysene derivative, and 3) an aromatic amine compound such as a triarylamine derivative or a fused polycyclic aromatic amine derivative are used.

(Electron-Transporting Layer)

An electron-transporting layer is a layer which contains a substance having a high electron-transporting property. For the electron-transporting layer, 1) a metal complex such as an aluminum complex, a beryllium complex, of a zinc complex; 2) a heteroaromatic compound such as an imidazole derivative, a benzimidazole derivative, an azine derivative, a carbazole derivative, or a phenanthroline derivative; and 3) a polymer compound can be used.

(Electron-Injecting Layer)

An electron-injecting layer is a layer which contains a substance having a high electron-injecting property. For the electron-injection layer, lithium (Li), ytterbium (Yb), lithium fluoride (LiF), cesium fluoride (CsF), calcium fluoride (CaF₂), a metal complex compound such as 8-hydroxyquinolinolato-lithium (Liq), an alkali metal, an alkaline earth metal, or a compound thereof such as lithium oxide (LiO_(x)) can be used.

(Cathode)

For the cathode, metals, alloys, electrically conductive compounds, mixtures thereof, and the like which have a small work function (specifically, 3.8 eV or less) are preferably used. Specific examples of such a cathode material include elements belonging to Group 1 or Group 2 of the Periodic Table of the Elements, i.e., alkali metals such as lithium (Li) and cesium (Cs), and alkaline earth metals such as magnesium (Mg), calcium (Ca) and strontium (Sr), alloys containing these metals (e.g., MgAg and AlLi); rare earth metals such as europium (Eu) and ytterbium (Yb), and alloys containing these metals.

In the organic EL device according to an aspect of the invention, the methods for forming the respective layers are not particularly limited. A conventionally-known method for forming each layer by a vacuum deposition process, a spin coating process or the like can be used. Each layer such as the emitting layer can be formed by a known method such as a vacuum deposition process, a molecular beam deposition process (MBE process), or an application process such as a dipping process, a spin coating process, a casting process, a bar coating process or a roll coating process, which uses a solution prepared by dissolving the material in a solvent.

In one embodiment, a method of forming a single emitting layer by simultaneously depositing (co-depositing) the first host material, the second host material, and the dopant material from different deposition sources may be employed, or a method of premixing some of the materials (e.g., the first host material and the second host material) and co-depositing with other materials may be employed.

The former method has a problem that the fabrication process becomes complex, but since each material is formed in a layer without previously contacting with each other, there is little concern that device performance will be degraded due to interactions caused during premixing these materials.

The latter method has the advantage of simplifying the fabricating equipment and process, although there are problems such as the possibility of interaction caused between the materials due to premixing them, and the tendency for the material ratio to become unstable during deposition.

In the latter method, the composition according to an aspect of the invention described below may be used.

In the organic EL device according to an aspect of the invention, the thickness of each layer is not particularly limited, but is generally preferable that the thickness be in the range of several nm to 1 μm in order to suppress defects such as pinholes, to suppress applied voltages to be low, and to increase luminous efficiency.

[Composition]

The composition according to an aspect of the invention contains a compound represented by the formula (1) and a compound represented by the formula (2). The compound represented by the formula (1) contained in the composition is a compound different from the compound represented by the formula (2) contained in the composition. Details of each material are as described above.

The form of the composition according to an aspect of the invention is not particularly limited, and examples thereof include a solid, a powder, a solution, and a film. When the composition is in a solid form, the composition may be molded into a pellet shape.

Here, the “film” described above includes a film formed which a raw material containing the compound represented by the formula (1) and the compound represented by the formula (2) are contained. Examples of such a film include an emitting layer containing a first host material, a second host material, and a dopant material in an organic electroluminescence device according to an aspect of the invention.

Examples of the compound represented by the formula (1) and the compound represented by the formula (2) which are contained in the composition include the following compounds, for example, and a composition containing the following compounds in combination is preferred.

In one embodiment, in the formula (1), two or more L_(1A)'s are independently a single bond or an unsubstituted arylene group including 6 to 50 ring carbon atoms, and two or more Ar_(1A)'s are independently an unsubstituted aryl group including 6 to 50 ring carbon atoms.

In one embodiment, in the formula (1), one or more of R_(1A) to R_(8A) are independently a deuterium atom.

In one embodiment, in the formula (1), R_(1A) to R_(8A) are deuterium atoms.

In one embodiment, the compound represented by the formula (2) is a compound represented by any of the following formula (2-11), formula (2-12), or formula (2-13):

In the formulas (2-11), (2-12), and (2-13),

-   -   R_(1B) to R_(8B), R_(11B) to R_(13B), X_(11B), and Ar_(1B) are         as defined in the formula (2);     -   R_(14B) to R_(21B) are independently

-   a hydrogen atom,

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms; and     -   R₉₀₁ to R₉₀₇ are as defined in the formula (1).

In one embodiment, in the formula (2), X_(11B) is an oxygen atom.

In one embodiment, the compound represented by the formula (2) is a compound represented by any of the following formula (2-21), formula (2-22), or formula (2-23):

In the formulas (2-21), (2-22), and (2-23), Ar_(1B) is as defined in the formula (2).

In one embodiment, in the formula (2), Ar_(1B) is an unsubstituted aryl group including 6 to 50 ring carbon atoms, and the aryl group has one or more deuterium atoms.

In one embodiment, in the formula (2), Ar_(1B) has a —C₆D₅ group.

Hereinafter, preferred combinations of a compound represented by the formula (1) and a compound represented by the formula (2) which are contained in the composition according to an aspect of the invention will be described. The combinations of the compounds described herein are combinations which are also preferred as the combinations of a first host material (a compound represented by the formula (1)) and the second host material (a compound represented by the formula (2)) used in the organic electroluminescence device according to an aspect of the invention.

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-1); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-1), a compound represented by the         formula (2-2), and a compound represented by the formula (2-3).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-1); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-11), a compound represented by the         formula (2-12), and a compound represented by the formula         (2-13).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-1); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-21), a compound represented by the         formula (2-22), and a compound represented by the formula         (2-23).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-11), a compound represented by the         formula (1-12), and a compound represented by the formula         (1-13); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-1), a compound represented by the         formula (2-2), and a compound represented by the formula (2-3).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-11), a compound represented by the         formula (1-12), and a compound represented by the formula         (1-13); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-11), a compound represented by the         formula (2-12), and a compound represented by the formula         (2-13).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-11), a compound represented by the         formula (1-12), and a compound represented by the formula         (1-13); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-21), a compound represented by the         formula (2-22), and a compound represented by the formula         (2-23).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-2); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-1), a compound represented by the         formula (2-2), and a compound represented by the formula (2-3).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-2); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-11), a compound represented by the         formula (2-12), and a compound represented by the formula         (2-13).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-2); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-21), a compound represented by the         formula (2-22), and a compound represented by the formula         (2-23).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-21), a compound represented by the         formula (1-22), and a compound represented by the formula         (1-23); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-1), a compound represented by the         formula (2-2), and a compound represented by the formula (2-3).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-21), a compound represented by the         formula (1-22), and a compound represented by the formula         (1-23); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-11), a compound represented by the         formula (2-12), and a compound represented by the formula         (2-13).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-21), a compound represented by the         formula (1-22), and a compound represented by the formula         (1-23); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-21), a compound represented by the         formula (2-22), and a compound represented by the formula         (2-23).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-1), wherein Ar_(1A)'s         are independently selected from the group consisting of groups         represented by each of the following formulas (a1) to (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-1), a compound represented by the         formula (2-2), and a compound represented by the formula (2-3).

lin the formulas (a1) to (a4), * is a single bond which bonds with L_(1A);

-   -   R₂₁ is

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   R₉₀₁ to R₉₀₇ are as defined in the formula (1);     -   m1 is an integer of 0 to 4;     -   m2 is an integer of 0 to 5;     -   m3 is an integer of 0 to 7;     -   when each of m1 to m3 is 2 or more, a plurality of R₂₁'s may be         the same as or different from each other; and     -   when each of m1 to m3 is 2 or more, a plurality of adjacent         R₂₁'s form a substituted or unsubstituted, saturated or         unsaturated ring by bonding with each other, or do not form a         substituted or unsubstituted, saturated or unsaturated ring.

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-1), and Ar_(1A)'s are         independently selected from the group consisting of groups         represented by each of the formulas (a1) to (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-11), a compound represented by the         formula (2-12), and a compound represented by the formula         (2-13).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-1), wherein Ar_(1A)'s         are independently selected from the group consisting of groups         represented by each of the formulas (a1) to (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-21), a compound represented by the         formula (2-22), and a compound represented by the formula         (2-23).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-11), a compound represented by the         formula (1-12), and a compound represented by the formula         (1-13), and Ar_(1A)'s are independently selected from the group         consisting of groups represented by each of the formulas (a1) to         (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-1), a compound represented by the         formula (2-2), and a compound represented by the formula (2-3).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-11), a compound represented by the         formula (1-12), and a compound represented by the formula         (1-13), and Ar_(1A)'s are independently selected from the group         consisting of groups represented by each of the formulas (a1) to         (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-11), a compound represented by the         formula (2-12), and a compound represented by the formula         (2-13).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-11), a compound represented by the         formula (1-12), and a compound represented by the formula         (1-13), and Ar_(1A)'s are independently selected from the group         consisting of groups represented by each of the formulas (a1) to         (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-21), a compound represented by the         formula (2-22), and a compound represented by the formula         (2-23).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-2), and Ar_(1A)'s are         independently selected from the group consisting of groups         represented by each of the formulas (a1) to (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-1), a compound represented by the         formula (2-2), and a compound represented by the formula (2-3).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-2), and Ar_(1A)'s are         independently selected from the group consisting of groups         represented by each of the formulas (a1) to (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-11), a compound represented by the         formula (2-12), and a compound represented by the formula         (2-13).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-2), and Ar_(1A)'s are         independently selected from the group consisting of groups         represented by each of the formulas (a1) to (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-21), a compound represented by the         formula (2-22), and a compound represented by the formula         (2-23).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-21), a compound represented by the         formula (1-22), and a compound represented by the formula         (1-23), and Ar_(1A)'s are independently selected from the group         consisting of groups represented by each of the formulas (a1) to         (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-1), a compound represented by the         formula (2-2), and a compound represented by the formula (2-3).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-21), a compound represented by the         formula (1-22), and a compound represented by the formula         (1-23), and Ar_(1A)'s are independently selected from the group         consisting of groups represented by each of the formulas (a1) to         (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-11), a compound represented by the         formula (2-12), and a compound represented by the formula         (2-13).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-21), a compound represented by the         formula (1-22), and a compound represented by the formula         (1-23), and Ar_(1A)'s are independently selected from the group         consisting of groups represented by each of the formulas (a1) to         (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-21), a compound represented by the         formula (2-22), and a compound represented by the formula         (2-23).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-1); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-1), a compound represented by the         formula (2-2), and a compound represented by the formula (2-3),         and Ar_(1B) is selected from the group consisting of groups         represented by each of the following formulas (a1) to (a4).

In the formulas (a1) to (a4), * is a single bond which bonds with L_(1B);

-   -   R₂₁ is

-   a substituted or unsubstituted alkyl group including 1 to 50 carbon     atoms,

-   a substituted or unsubstituted alkenyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted alkynyl group including 2 to 50     carbon atoms,

-   a substituted or unsubstituted cycloalkyl group including 3 to 50     ring carbon atoms,

-   —Si(R₉₀₁)(R₉₀₂)(R₉₀₃),

-   —O—(R₉₀₄),

-   —S—(R₉₀₅),

-   —N(R₉₀₆)(R₉₀₇),

-   a halogen atom, a cyano group, a nitro group,

-   a substituted or unsubstituted aryl group including 6 to 50 ring     carbon atoms, or

-   a substituted or unsubstituted monovalent heterocyclic group     including 5 to 50 ring atoms;     -   R₉₀₁ to R₉₀₇ are as defined in the formula (1);     -   m1 is an integer of 0 to 4;     -   m2 is an integer of 0 to 5;     -   m3 is an integer of 0 to 7;     -   when each of m1 to m3 is 2 or more, a plurality of R₂₁'s may be         the same as or different from each other; and     -   when each of m1 to m3 is 2 or more, a plurality of adjacent         R₂₁'s form a substituted or unsubstituted, saturated or         unsaturated ring by bonding with each other, or do not form a         substituted or unsubstituted, saturated or unsaturated ring.

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-1); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-11), a compound represented by the         formula (2-12), and a compound represented by the formula         (2-13), and Ar_(1B) is selected from the group consisting of         groups represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-1); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-21), a compound represented by the         formula (2-22), and a compound represented by the formula         (2-23), and Ar_(1B) is selected from the group consisting of         groups represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-11), a compound represented by the         formula (1-12), and a compound represented by the formula         (1-13); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-1), a compound represented by the         formula (2-2), and a compound represented by the formula (2-3),         and Ar_(1B) is selected from the group consisting of groups         represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-11), a compound represented by the         formula (1-12), and a compound represented by the formula         (1-13); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-11), a compound represented by the         formula (2-12), and a compound represented by the formula         (2-13), and Ar_(1B) is selected from the group consisting of         groups represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-11), a compound represented by the         formula (1-12), and a compound represented by the formula         (1-13); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-21), a compound represented by the         formula (2-22), and a compound represented by the formula         (2-23), and Ar_(1B) is selected from the group consisting of         groups represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-2); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-1), a compound represented by the         formula (2-2), and a compound represented by the formula (2-3),         and Ar_(1B) is selected from the group consisting of groups         represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-2); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-11), a compound represented by the         formula (2-12), and a compound represented by the formula         (2-13), and Ar_(1B) is selected from the group consisting of         groups represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-2); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-21), a compound represented by the         formula (2-22), and a compound represented by the formula         (2-23), and Ar_(1B) is selected from the group consisting of         groups represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-21), a compound represented by the         formula (1-22), and a compound represented by the formula         (1-23); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-1), a compound represented by the         formula (2-2), and a compound represented by the formula (2-3),         and Ar_(1B) is selected from the group consisting of groups         represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-21), a compound represented by the         formula (1-22), and a compound represented by the formula         (1-23); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-11), a compound represented by the         formula (2-12), and a compound represented by the formula         (2-13), and Ar_(1B) is selected from the group consisting of         groups represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-21), a compound represented by the         formula (1-22), and a compound represented by the formula         (1-23); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-21), a compound represented by the         formula (2-22), and a compound represented by the formula         (2-23), and Ar_(1B) is selected from the group consisting of         groups represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-1), wherein Ar_(1A)'s         are independently selected from the group consisting of groups         represented by each of the formulas (a1) to (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-1), a compound represented by the         formula (2-2), and a compound represented by the formula (2-3),         and Ar_(1B) is selected from the group consisting of groups         represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-1), wherein Ar_(1A)'s         are independently selected from the group consisting of groups         represented by each of the formulas (a1) to (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-11), a compound represented by the         formula (2-12), and a compound represented by the formula         (2-13), and Ar_(1B) is selected from the group consisting of         groups represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-1), wherein Ar_(1A)'s         are independently selected from the group consisting of groups         represented by each of the formulas (a1) to (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-21), a compound represented by the         formula (2-22), and a compound represented by the formula         (2-23), and Ar_(1B) is selected from the group consisting of         groups represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-11), a compound represented by the         formula (1-12), and a compound represented by the formula         (1-13), and Ar_(1A)'s are independently selected from the group         consisting of groups represented by each of the formulas (a1) to         (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-1), a compound represented by the         formula (2-2), and a compound represented by the formula (2-3),         and Ar_(1B) is selected from the group consisting of groups         represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-11), a compound represented by the         formula (1-12), and a compound represented by the formula         (1-13), and Ar_(1A)'s are independently selected from the group         consisting of groups represented by each of the formulas (a1) to         (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-11), a compound represented by the         formula (2-12), and a compound represented by the formula         (2-13), and Ar_(1B) is selected from the group consisting of         groups represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-11), a compound represented by the         formula (1-12), and a compound represented by the formula         (1-13), and Ar_(1A)'s are independently selected from the group         consisting of groups represented by each of the formulas (a1) to         (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-21), a compound represented by the         formula (2-22), and a compound represented by the formula         (2-23), and Ar_(1B) is selected from the group consisting of         groups represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-2), wherein Ar_(1A)'s         are independently selected from the group consisting of groups         represented by each of the formulas (a1) to (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-1), a compound represented by the         formula (2-2), and a compound represented by the formula (2-3),         and Ar_(1B) is selected from the group consisting of groups         represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-2), wherein Ar_(1A)'s         are independently selected from the group consisting of groups         represented by each of the formulas (a1) to (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-11), a compound represented by the         formula (2-12), and a compound represented by the formula         (2-13), and Ar_(1B) is selected from the group consisting of         groups represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds represented by the formula (1-2), wherein Ar_(1A)'s         are independently selected from the group consisting of groups         represented by each of the formulas (a1) to (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-21), a compound represented by the         formula (2-22), and a compound represented by the formula         (2-23), and Ar_(1B) is selected from the group consisting of         groups represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-21), a compound represented by the         formula (1-22), and a compound represented by the formula         (1-23), and Ar_(1A)'s are independently selected from the group         consisting of groups represented by each of the formulas (a1) to         (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-1), a compound represented by the         formula (2-2), and a compound represented by the formula (2-3),         and Ar_(1B) is selected from the group consisting of groups         represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-21), a compound represented by the         formula (1-22), and a compound represented by the formula         (1-23), and Ar_(1A)'s are independently selected from the group         consisting of groups represented by each of the formulas (a1) to         (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-11), a compound represented by the         formula (2-12), and a compound represented by the formula         (2-13), and Ar_(1B) is selected from the group consisting of         groups represented by each of the formulas (a1) to (a4).

In one embodiment, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the group consisting of a compound         represented by the formula (1-21), a compound represented by the         formula (1-22), and a compound represented by the formula         (1-23), and Ar_(1A)'s are independently selected from the group         consisting of groups represented by each of the formulas (a1) to         (a4); and     -   as the compound represented by the formula (2), one or more         compounds selected from the group consisting of a compound         represented by the formula (2-21), a compound represented by the         formula (2-22), and a compound represented by the formula         (2-23), and Ar_(1B) is selected from the group consisting of         groups represented by each of the formulas (a1) to (a4).

In one embodiment, the composition includes combinations of the compound represented by the formula (1) and the compound represented by the formula (2) described in the following tables. In the following tables, 1-1 to 1-216 indicate the compound numbers of specific example compounds represented by the formula (1), and 2-1 to 2-475 indicate the compound numbers of specific example compounds represented by the formula (2). Combinations of a specific example compound of the formula (1) and a specific example compound of the formula (2) are each shown by the number of 1 to 102,600 in the following tables.

TABLE 1 Compound represented by the formula (1) 1-1 1-2 1-3 1-4 1-5 1-6 1-7 1-8 1-9 1-10 1-11 1-12 1-13 1-14 1-15 1-16 1-17 1-18 1-19 1-20 1-21 1-22 1-23 1-24 1-25 Compound represented 2-1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 by the formula (2) 2-2 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 2-3 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 2-4 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 2-5 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 2-6 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 2-7 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 2-8 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 2-9 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 2-10 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 2-11 251 252 253 254 255 256 257 258 259 260 261 262 263 264 265 266 267 268 269 270 271 272 273 274 275 2-12 276 277 278 279 280 281 282 283 284 285 286 287 288 289 290 291 292 293 294 295 296 297 298 299 300 2-13 301 302 303 304 305 306 307 308 309 310 311 312 313 314 315 316 317 318 319 320 321 322 323 324 325 2-14 326 327 328 329 330 331 332 333 334 335 336 337 338 339 340 341 342 343 344 345 346 347 348 349 350 2-15 351 352 353 354 355 356 357 358 359 360 361 362 363 364 365 366 367 368 369 370 371 372 373 374 375 2-16 376 377 378 379 380 381 382 383 384 385 386 387 388 389 390 391 392 393 394 395 396 397 398 399 400 2-17 401 402 403 404 405 406 407 408 409 410 411 412 413 414 415 416 417 418 419 420 421 422 423 424 425 2-18 426 427 428 429 430 431 432 433 434 435 436 437 438 439 440 441 442 443 444 445 446 447 448 449 450 2-19 451 452 453 454 455 456 457 458 459 460 461 462 463 464 465 466 467 468 469 470 471 472 473 474 475 2-20 476 477 478 479 480 481 482 483 484 485 486 487 488 489 490 491 492 493 494 495 496 497 498 499 500 2-21 501 502 503 504 505 506 507 508 509 510 511 512 513 514 515 516 517 518 519 520 521 522 523 524 525 2-22 526 527 528 529 530 531 532 533 534 535 536 537 538 539 540 541 542 543 544 545 546 547 548 549 550 2-23 551 552 553 554 555 556 557 558 559 560 561 562 563 564 565 566 567 568 569 570 571 572 573 574 575 2-24 576 577 578 579 580 581 582 583 584 585 586 587 588 589 590 591 592 593 594 595 596 597 598 599 600 2-25 601 602 603 604 605 606 607 608 609 610 611 612 613 614 615 616 617 618 619 620 621 622 623 624 625 2-26 626 627 628 629 630 631 632 633 634 635 636 637 638 639 640 641 642 643 644 645 646 647 648 649 650 2-27 651 652 653 654 655 656 657 658 659 660 661 662 663 664 665 666 667 668 669 670 671 672 673 674 675 2-28 676 677 678 679 680 681 682 683 684 685 686 687 688 689 690 691 692 693 694 695 696 697 698 699 700 2-29 701 702 703 704 705 706 707 708 709 710 711 712 713 714 715 716 717 718 719 720 721 722 723 724 725 2-30 726 727 728 729 730 731 732 733 734 735 736 737 738 739 740 741 742 743 744 745 746 747 748 749 750 2-31 751 752 753 754 755 756 757 758 759 760 761 762 763 764 765 766 767 768 769 770 771 772 773 774 775 2-32 776 777 778 779 780 781 782 783 784 785 786 787 788 789 790 791 792 793 794 795 796 797 798 799 800 2-33 801 802 803 804 805 806 807 808 809 810 811 812 813 814 815 816 817 818 819 820 821 822 823 824 825 2-34 826 827 828 829 830 831 832 833 834 835 836 837 838 839 840 841 842 843 844 845 846 847 848 849 850 2-35 851 852 853 854 855 856 857 858 859 860 861 862 863 864 865 866 867 868 869 870 871 872 873 874 875 2-36 876 877 878 879 880 881 882 883 884 885 886 887 888 889 890 891 892 893 894 895 896 897 898 899 900 2-37 901 902 903 904 905 906 907 908 909 910 911 912 913 914 915 916 917 918 919 920 921 922 923 924 925 2-38 926 927 928 929 930 931 932 933 934 935 936 937 938 939 940 941 942 943 944 945 946 947 948 949 950 2-39 951 952 953 954 955 956 957 958 959 960 961 962 963 964 965 966 967 968 969 970 971 972 973 974 975 2-40 976 977 978 979 980 981 982 983 984 985 986 987 988 989 990 991 992 993 994 995 996 997 998 999 1,000 2-41 1,001 1,002 1,003 1,004 1,005 1,006 1,007 1,008 1,009 1,010 1,011 1,012 1,013 1,014 1,015 1,016 1,017 1,018 1,019 1,020 1,021 1,022 1,023 1,024 1,025 2-42 1,026 1,027 1,028 1,029 1,030 1,031 1,032 1,033 1,034 1,035 1,036 1,037 1,038 1,039 1,040 1,041 1,042 1,043 1,044 1,045 1,046 1,047 1,048 1,049 1,050 2-43 1,051 1,052 1,053 1,054 1,055 1,056 1,057 1,058 1,059 1,060 1,061 1,062 1,063 1,064 1,065 1,066 1,067 1,068 1,069 1,070 1,071 1,072 1,073 1,074 1,075 2-44 1,076 1,077 1,078 1,079 1,080 1,081 1,082 1,083 1,084 1,085 1,086 1,087 1,088 1,089 1,090 1,091 1,092 1,093 1,094 1,095 1,096 1,097 1,098 1,099 1,100 2-45 1,101 1,102 1,103 1,104 1,105 1,106 1,107 1,108 1,109 1,110 1,111 1,112 1,113 1,114 1,115 1,116 1,117 1,118 1,119 1,120 1,121 1,122 1,123 1,124 1,125 2-46 1,126 1,127 1,128 1,129 1,130 1,131 1,132 1,133 1,134 1,135 1,136 1,137 1,138 1,139 1,140 1,141 1,142 1,143 1,144 1,145 1,146 1,147 1,148 1,149 1,150 2-47 1,151 1,152 1,153 1,154 1,155 1,156 1,157 1,158 1,159 1,160 1,161 1,162 1,163 1,164 1,165 1,166 1,167 1,168 1,169 1,170 1,171 1,172 1,173 1,174 1,175 2-48 1,176 1,177 1,178 1,179 1,180 1,181 1,182 1,183 1,184 1,185 1,186 1,187 1,188 1,189 1,190 1,191 1,192 1,193 1,194 1,195 1,196 1,197 1,198 1,199 1,200 2-49 1,201 1,202 1,203 1,204 1,205 1,206 1,207 1,208 1,209 1,210 1,211 1,212 1,213 1,214 1,215 1,216 1,217 1,218 1,219 1,220 1,221 1,222 1,223 1,224 1,225 2-50 1,226 1,227 1,228 1,229 1,230 1,231 1,232 1,233 1,234 1,235 1,236 1,237 1,238 1,239 1,240 1,241 1,242 1,243 1,244 1,245 1,246 1,247 1,248 1,249 1,250 2-51 1,251 1,252 1,253 1,254 1,255 1,256 1,257 1,258 1,259 1,260 1,261 1,262 1,263 1,264 1,265 1,266 1,267 1,268 1,269 1,270 1,271 1,272 1,273 1,274 1,275 2-52 1,276 1,277 1,278 1,279 1,280 1,281 1,282 1,283 1,284 1,285 1,286 1,287 1,288 1,289 1,290 1,291 1,292 1,293 1,294 1,295 1,296 1,297 1,298 1,299 1,300 2-53 1,301 1,302 1,303 1,304 1,305 1,306 1,307 1,308 1,309 1,310 1,311 1,312 1,313 1,314 1,315 1,316 1,317 1,318 1,319 1,320 1,321 1,322 1,323 1,324 1,325 2-54 1,326 1,327 1,328 1,329 1,330 1,331 1,332 1,333 1,334 1,335 1,336 1,337 1,338 1,339 1,340 1,341 1,342 1,343 1,344 1,345 1,346 1,347 1,348 1,349 1,350 2-55 1,351 1,352 1,353 1,354 1,355 1,356 1,357 1,358 1,359 1,360 1,361 1,362 1,363 1,364 1,365 1,366 1,367 1,368 1,369 1,370 1,371 1,372 1,373 1,374 1,375

TABLE 2 Compound represented by the formula (1) 1-1 1-2 1-3 1-4 1-5 1-6 1-7 1-8 1-9 1-10 1-11 1-12 1-13 1-14 1-15 1-16 1-17 1-18 1-19 1-20 1-21 1-22 1-23 1-24 1-25 Compound represented 2-56 1,376 1,377 1,378 1,379 1,380 1,381 1,382 1,383 1,384 1,385 1,386 1,387 1,388 1,389 1,390 1,391 1,392 1,393 1,394 1,395 1,396 1,397 1,398 1,399 1,400 by the formula (2) 2-57 1,401 1,402 1,403 1,404 1,405 1,406 1,407 1,408 1,409 1,410 1,411 1,412 1,413 1,414 1,415 1,416 1,417 1,418 1,419 1,420 1,421 1,422 1,423 1,424 1,425 2-58 1,426 1,427 1,428 1,429 1,430 1,431 1,432 1,433 1,434 1,435 1,436 1,437 1,438 1,439 1,440 1,441 1,442 1,443 1,444 1,445 1,446 1,447 1,448 1,449 1,450 2-59 1,451 1,452 1,453 1,454 1,455 1,456 1,457 1,458 1,459 1,460 1,461 1,462 1,463 1,464 1,465 1,466 1,467 1,468 1,469 1,470 1,471 1,472 1,473 1,474 1,475 2-60 1,476 1,477 1,478 1,479 1,480 1,481 1,482 1,483 1,484 1,485 1,486 1,487 1,488 1,489 1,490 1,491 1,492 1,493 1,494 1,495 1,496 1,497 1,498 1,499 1,500 2-61 1,501 1,502 1,503 1,504 1,505 1,506 1,507 1,508 1,509 1,510 1,511 1,512 1,513 1,514 1,515 1,516 1,517 1,518 1,519 1,520 1,521 1,522 1,523 1,524 1,525 2-62 1,526 1,527 1,528 1,529 1,530 1,531 1,532 1,533 1,534 1,535 1,536 1,537 1,538 1,539 1,540 1,541 1,542 1,543 1,544 1,545 1,546 1,547 1,548 1,549 1,550 2-63 1,551 1,552 1,553 1,554 1,555 1,556 1,557 1,558 1,559 1,560 1,561 1,562 1,563 1,564 1,565 1,566 1,567 1,568 1,569 1,570 1,571 1,572 1,573 1,574 1,575 2-64 1,576 1,577 1,578 1,579 1,580 1,581 1,582 1,583 1,584 1,585 1,586 1,587 1,588 1,589 1,590 1,591 1,592 1,593 1,594 1,595 1,596 1,597 1,598 1,599 1,600 2-65 1,601 1,602 1,603 1,604 1,605 1,606 1,607 1,608 1,609 1,610 1,611 1,612 1,613 1,614 1,615 1,616 1,617 1,618 1,619 1,620 1,621 1,622 1,623 1,624 1,625 2-66 1,626 1,627 1,628 1,629 1,630 1,631 1,632 1,633 1,634 1,635 1,636 1,637 1,638 1,639 1,640 1,641 1,642 1,643 1,644 1,645 1,646 1,647 1,648 1,649 1,650 2-67 1,651 1,652 1,653 1,654 1,655 1,656 1,657 1,658 1,659 1,660 1,661 1,662 1,663 1,664 1,665 1,666 1,667 1,668 1,669 1,670 1,671 1,672 1,673 1,674 1,675 2-68 1,676 1,677 1,678 1,679 1,680 1,681 1,682 1,683 1,684 1,685 1,686 1,687 1,688 1,689 1,690 1,691 1,692 1,693 1,694 1,695 1,696 1,697 1,698 1,699 1,700 2-69 1,701 1,702 1,703 1,704 1,705 1,706 1,707 1,708 1,709 1,710 1,711 1,712 1,713 1,714 1,715 1,716 1,717 1,718 1,719 1,720 1,721 1,722 1,723 1,724 1,725 2-70 1,726 1,727 1,728 1,729 1,730 1,731 1,732 1,733 1,734 1,735 1,736 1,737 1,738 1,739 1,740 1,741 1,742 1,743 1,744 1,745 1,746 1,747 1,748 1,749 1,750 2-71 1,751 1,752 1,753 1,754 1,755 1,756 1,757 1,758 1,759 1,760 1,761 1,762 1,763 1,764 1,765 1,766 1,767 1,768 1,769 1,770 1,771 1,772 1,773 1,774 1,775 2-72 1,776 1,777 1,778 1,779 1,780 1,781 1,782 1,783 1,784 1,785 1,786 1,787 1,788 1,789 1,790 1,791 1,792 1,793 1,794 1,795 1,796 1,797 1,798 1,799 1,800 2-73 1,801 1,802 1,803 1,804 1,805 1,806 1,807 1,808 1,809 1,810 1,811 1,812 1,813 1,814 1,815 1,816 1,817 1,818 1,819 1,820 1,821 1,822 1,823 1,824 1,825 2-74 1,826 1,827 1,828 1,829 1,830 1,831 1,832 1,833 1,834 1,835 1,836 1,837 1,838 1,839 1,840 1,841 1,842 1,843 1,844 1,845 1,846 1,847 1,848 1,849 1,850 2-75 1,851 1,852 1,853 1,854 1,855 1,856 1,857 1,858 1,859 1,860 1,861 1,862 1,863 1,864 1,865 1,866 1,867 1,868 1,869 1,870 1,871 1,872 1,873 1,874 1,875 2-76 1,876 1,877 1,878 1,879 1,880 1,881 1,882 1,883 1,884 1,885 1,886 1,887 1,888 1,889 1,890 1,891 1,892 1,893 1,894 1,895 1,896 1,897 1,898 1,899 1,900 2-77 1,901 1,902 1,903 1,904 1,905 1,906 1,907 1,908 1,909 1,910 1,911 1,912 1,913 1,914 1,915 1,916 1,917 1,918 1,919 1,920 1,921 1,922 1,923 1,924 1,925 2-78 1,926 1,927 1,928 1,929 1,930 1,931 1,932 1,933 1,934 1,935 1,936 1,937 1,938 1,939 1,940 1,941 1,942 1,943 1,944 1,945 1,946 1,947 1,948 1,949 1,950 2-79 1,951 1,952 1,953 1,954 1,955 1,956 1,957 1,958 1,959 1,960 1,961 1,962 1,963 1,964 1,965 1,966 1,967 1,968 1,969 1,970 1,971 1,972 1,973 1,974 1,975 2-80 1,976 1,977 1,978 1,979 1,980 1,981 1,982 1,983 1,984 1,985 1,986 1,987 1,988 1,989 1,990 1,991 1,992 1,993 1,994 1,995 1,996 1,997 1,998 1,999 2,000 2-81 2,001 2,002 2,003 2,004 2,005 2,006 2,007 2,008 2,009 2,010 2,011 2,012 2,013 2,014 2,015 2,016 2,017 2,018 2,019 2,020 2,021 2,022 2,023 2,024 2,025 2-82 2,026 2,027 2,028 2,029 2,030 2,031 2,032 2,033 2,034 2,035 2,036 2,037 2,038 2,039 2,040 2,041 2,042 2,043 2,044 2,045 2,046 2,047 2,048 2,049 2,050 2-83 2,051 2,052 2,053 2,054 2,055 2,056 2,057 2,058 2,059 2,060 2,061 2,062 2,063 2,064 2,065 2,066 2,067 2,068 2,069 2,070 2,071 2,072 2,073 2,074 2,075 2-84 2,076 2,077 2,078 2,079 2,080 2,081 2,082 2,083 2,084 2,085 2,086 2,087 2,088 2,089 2,090 2,091 2,092 2,093 2,094 2,095 2,096 2,097 2,098 2,099 2,100 2-85 2,101 2,102 2,103 2,104 2,105 2,106 2,107 2,108 2,109 2,110 2,111 2,112 2,113 2,114 2,115 2,116 2,117 2,118 2,119 2,120 2,121 2,122 2,123 2,124 2,125 2-86 2,126 2,127 2,128 2,129 2,130 2,131 2,132 2,133 2,134 2,135 2,136 2,137 2,138 2,139 2,140 2,141 2,142 2,143 2,144 2,145 2,146 2,147 2,148 2,149 2,150 2-87 2,151 2,152 2,153 2,154 2,155 2,156 2,157 2,158 2,159 2,160 2,161 2,162 2,163 2,164 2,165 2,166 2,167 2,168 2,169 2,170 2,171 2,172 2,173 2,174 2,175 2-88 2,176 2,177 2,178 2,179 2,180 2,181 2,182 2,183 2,184 2,185 2,186 2,187 2,188 2,189 2,190 2,191 2,192 2,193 2,194 2,195 2,196 2,197 2,198 2,199 2,200 2-89 2,201 2,202 2,203 2,204 2,205 2,206 2,207 2,208 2,209 2,210 2,211 2,212 2,213 2,214 2,215 2,216 2,217 2,218 2,219 2,220 2,221 2,222 2,223 2,224 2,225 2-90 2,226 2,227 2,228 2,229 2,230 2,231 2,232 2,233 2,234 2,235 2,236 2,237 2,238 2,239 2,240 2,241 2,242 2,243 2,244 2,245 2,246 2,247 2,248 2,249 2,250 2-91 2,251 2,252 2,253 2,254 2,255 2,256 2,257 2,258 2,259 2,260 2,261 2,262 2,263 2,264 2,265 2,266 2,267 2,268 2,269 2,270 2,271 2,272 2,273 2,274 2,275 2-92 2,276 2,277 2,278 2,279 2,280 2,281 2,282 2,283 2,284 2,285 2,286 2,287 2,288 2,289 2,290 2,291 2,292 2,293 2,294 2,295 2,296 2,297 2,298 2,299 2,300 2-93 2,301 2,302 2,303 2,304 2,305 2,306 2,307 2,308 2,309 2,310 2,311 2,312 2,313 2,314 2,315 2,316 2,317 2,318 2,319 2,320 2,321 2,322 2,323 2,324 2,325 2-94 2,326 2,327 2,328 2,329 2,330 2,331 2,332 2,333 2,334 2,335 2,336 2,337 2,338 2,339 2,340 2,341 2,342 2,343 2,344 2,345 2,346 2,347 2,348 2,349 2,350 2-95 2,351 2,352 2,353 2,354 2,355 2,356 2,357 2,358 2,359 2,360 2,361 2,362 2,363 2,364 2,365 2,366 2,367 2,368 2,369 2,370 2,371 2,372 2,373 2,374 2,375 2-96 2,376 2,377 2,378 2,379 2,380 2,381 2,382 2,383 2,384 2,385 2,386 2,387 2,388 2,389 2,390 2,391 2,392 2,393 2,394 2,395 2,396 2,397 2,398 2,399 2,400 2-97 2,401 2,402 2,403 2,404 2,405 2,406 2,407 2,408 2,409 2,410 2,411 2,412 2,413 2,414 2,415 2,416 2,417 2,418 2,419 2,420 2,421 2,422 2,423 2,424 2,425 2-98 2,426 2,427 2,428 2,429 2,430 2,431 2,432 2,433 2,434 2,435 2,436 2,437 2,438 2,439 2,440 2,441 2,442 2,443 2,444 2,445 2,446 2,447 2,448 2,449 2,450 2-99 2,451 2,452 2,453 2,454 2,455 2,456 2,457 2,458 2,459 2,460 2,461 2,462 2,463 2,464 2,465 2,466 2,467 2,468 2,469 2,470 2,471 2,472 2,473 2,474 2,475 2-100 2,476 2,477 2,478 2,479 2,480 2,481 2,482 2,483 2,484 2,485 2,486 2,487 2,488 2,489 2,490 2,491 2,492 2,493 2,494 2,495 2,496 2,497 2,498 2,499 2,500 2-101 2,501 2,502 2,503 2,504 2,505 2,506 2,507 2,508 2,509 2,510 2,511 2,512 2,513 2,514 2,515 2,516 2,517 2,518 2,519 2,520 2,521 2,522 2,523 2,524 2,525 2-102 2,526 2,527 2,528 2,529 2,530 2,531 2,532 2,533 2,534 2,535 2,536 2,537 2,538 2,539 2,540 2,541 2,542 2,543 2,544 2,545 2,546 2,547 2,548 2,549 2,550 2-103 2,551 2,552 2,553 2,554 2,555 2,556 2,557 2,558 2,559 2,560 2,561 2,562 2,563 2,564 2,565 2,566 2,567 2,568 2,569 2,570 2,571 2,572 2,573 2,574 2,575 2-104 2,576 2,577 2,578 2,579 2,580 2,581 2,582 2,583 2,584 2,585 2,586 2,587 2,588 2,589 2,590 2,591 2,592 2,593 2,594 2,595 2,596 2,597 2,598 2,599 2,600 2-105 2,601 2,602 2,603 2,604 2,605 2,606 2,607 2,608 2,609 2,610 2,611 2,612 2,613 2,614 2,615 2,616 2,617 2,618 2,619 2,620 2,621 2,622 2,623 2,624 2,625 2-106 2,626 2,627 2,628 2,629 2,630 2,631 2,632 2,633 2,634 2,635 2,636 2,637 2,638 2,639 2,640 2,641 2,642 2,643 2,644 2,645 2,646 2,647 2,648 2,649 2,650 2-107 2,651 2,652 2,653 2,654 2,655 2,656 2,657 2,658 2,659 2,660 2,661 2,662 2,663 2,664 2,665 2,666 2,667 2,668 2,669 2,670 2,671 2,672 2,673 2,674 2,675 2-108 2,676 2,677 2,678 2,679 2,680 2,681 2,682 2,683 2,684 2,685 2,686 2,687 2,688 2,689 2,690 2,691 2,692 2,693 2,694 2,695 2,696 2,697 2,698 2,699 2,700 2-109 2,701 2,702 2,703 2,704 2,705 2,706 2,707 2,708 2,709 2,710 2,711 2,712 2,713 2,714 2,715 2,716 2,717 2,718 2,719 2,720 2,721 2,722 2,723 2,724 2,725 2-110 2,726 2,727 2,728 2,729 2,730 2,731 2,732 2,733 2,734 2,735 2,736 2,737 2,738 2,739 2,740 2,741 2,742 2,743 2,744 2,745 2,746 2,747 2,748 2,749 2,750

TABLE 3 Compound represented by the formula (1) 1-1 1-2 1-3 1-4 1-5 1-6 1-7 1-8 1-9 1-10 1-11 1-12 1-13 Compound 2-111 2,751 2,752 2,753 2,754 2,755 2,756 2,757 2,758 2,759 2,760 2,761 2,762 2,763 represented 2-112 2,776 2,777 2,778 2,779 2,780 2,781 2,782 2,783 2,784 2,785 2,786 2,787 2,788 by the 2-113 2,801 2,802 2,803 2,804 2,805 2,806 2,807 2,808 2,809 2,810 2,811 2,812 2,813 formula (2) 2-114 2,826 2,827 2,828 2,829 2,830 2,831 2,832 2,833 2,834 2,835 2,836 2,837 2,838 2-115 2,851 2,852 2,853 2,854 2,855 2,856 2,857 2,858 2,859 2,860 2,861 2,862 2,863 2-116 2,876 2,877 2,878 2,879 2,880 2,881 2,882 2,883 2,884 2,885 2,886 2,887 2,888 2-117 2,901 2,902 2,903 2,904 2,905 2,906 2,907 2,908 2,909 2,910 2,911 2,912 2,913 2-118 2,926 2,927 2,928 2,929 2,930 2,931 2,932 2,933 2,934 2,935 2,936 2,937 2,938 2-119 2,951 2,952 2,953 2,954 2,955 2,956 2,957 2,958 2,959 2,960 2,961 2,962 2,963 2-120 2,976 2,977 2,978 2,979 2,980 2,981 2,982 2,983 2,984 2,985 2,986 2,987 2,988 2-121 3,001 3,002 3,003 3,004 3,005 3,006 3,007 3,008 3,009 3,010 3,011 3,012 3,013 2-122 3,026 3,027 3,028 3,029 3,030 3,031 3,032 3,033 3,034 3,035 3,036 3,037 3,038 2-123 3,051 3,052 3,053 3,054 3,055 3,056 3,057 3,058 3,059 3,060 3,061 3,062 3,063 2-124 3,076 3,077 3,078 3,079 3,080 3,081 3,082 3,083 3,084 3,085 3,086 3,087 3,088 2-125 3,101 3,102 3,103 3,104 3,105 3,106 3,107 3,108 3,109 3,110 3,111 3,112 3,113 2-126 3,126 3,127 3,128 3,129 3,130 3,131 3,132 3,133 3,134 3,135 3,136 3,137 3,138 2-127 3,151 3,152 3,153 3,154 3,155 3,156 3,157 3,158 3,159 3,160 3,161 3,162 3,163 2-128 3,176 3,177 3,178 3,179 3,180 3,181 3,182 3,183 3,184 3,185 3,186 3,187 3,188 2-129 3,201 3,202 3,203 3,204 3,205 3,206 3,207 3,208 3,209 3,210 3,211 3,212 3,213 2-130 3,226 3,227 3,228 3,229 3,230 3,231 3,232 3,233 3,234 3,235 3,236 3,237 3,238 2-131 3,251 3,252 3,253 3,254 3,255 3,256 3,257 3,258 3,259 3,260 3,261 3,262 3,263 2-132 3,276 3,277 3,278 3,279 3,280 3,281 3,282 3,283 3,284 3,285 3,286 3,287 3,288 2-133 3,301 3,302 3,303 3,304 3,305 3,306 3,307 3,308 3,309 3,310 3,311 3,312 3,313 2-134 3,326 3,327 3,328 3,329 3,330 3,331 3,332 3,333 3,334 3,335 3,336 3,337 3,338 2-135 3,351 3,352 3,353 3,354 3,355 3,356 3,357 3,358 3,359 3,360 3,361 3,362 3,363 2-136 3,376 3,377 3,378 3,379 3,380 3,381 3,382 3,383 3,384 3,385 3,386 3,387 3,388 2-137 3,401 3,402 3,403 3,404 3,405 3,406 3,407 3,408 3,409 3,410 3,411 3,412 3,413 2-138 3,426 3,427 3,428 3,429 3,430 3,431 3,432 3,433 3,434 3,435 3,436 3,437 3,438 2-139 3,451 3,452 3,453 3,454 3,455 3,456 3,457 3,458 3,459 3,460 3,461 3,462 3,463 2-140 3,476 3,477 3,478 3,479 3,480 3,481 3,482 3,483 3,484 3,485 3,486 3,487 3,488 2-141 3,501 3,502 3,503 3,504 3,505 3,506 3,507 3,508 3,509 3,510 3,511 3,512 3,513 2-142 3,526 3,527 3,528 3,529 3,530 3,531 3,532 3,533 3,534 3,535 3,536 3,537 3,538 2-143 3,551 3,552 3,553 3,554 3,555 3,556 3,557 3,558 3,559 3,560 3,561 3,562 3,563 2-144 3,576 3,577 3,578 3,579 3,580 3,581 3,582 3,583 3,584 3,585 3,586 3,587 3,588 2-145 3,601 3,602 3,603 3,604 3,605 3,606 3,607 3,608 3,609 3,610 3,611 3,612 3,613 2-146 3,626 3,627 3,628 3,629 3,630 3,631 3,632 3,633 3,634 3,635 3,636 3,637 3,638 2-147 3,651 3,652 3,653 3,654 3,655 3,656 3,657 3,658 3,659 3,660 3,661 3,662 3,663 2-148 3,676 3,677 3,678 3,679 3,680 3,681 3,682 3,683 3,684 3,685 3,686 3,687 3,688 2-149 3,701 3,702 3,703 3,704 3,705 3,706 3,707 3,708 3,709 3,710 3,711 3,712 3,713 2-150 3,726 3,727 3,728 3,729 3,730 3,731 3,732 3,733 3,734 3,735 3,736 3,737 3,738 2-151 3,751 3,752 3,753 3,754 3,755 3,756 3,757 3,758 3,759 3,760 3,761 3,762 3,763 2-152 3,776 3,777 3,778 3,779 3,780 3,781 3,782 3,783 3,784 3,785 3,786 3,787 3,788 2-153 3,801 3,802 3,803 3,804 3,805 3,806 3,807 3,808 3,809 3,810 3,811 3,812 3,813 2-154 3,826 3,827 3,828 3,829 3,830 3,831 3,832 3,833 3,834 3,835 3,836 3,837 3,838 2-155 3,851 3,852 3,853 3,854 3,855 3,856 3,857 3,858 3,859 3,860 3,861 3,862 3,863 2-156 3,876 3,877 3,878 3,879 3,880 3,881 3,882 3,883 3,884 3,885 3,886 3,887 3,888 2-157 3,901 3,902 3,903 3,904 3,905 3,906 3,907 3,908 3,909 3,910 3,911 3,912 3,913 2-158 3,926 3,927 3,928 3,929 3,930 3,931 3,932 3,933 3,934 3,935 3,936 3,937 3,938 2-159 3,951 3,952 3,953 3,954 3,955 3,956 3,957 3,958 3,959 3,960 3,961 3,962 3,963 2-160 3,976 3,977 3,978 3,979 3,980 3,981 3,982 3,983 3,984 3,985 3,986 3,987 3,988 2-161 4,001 4,002 4,003 4,004 4,005 4,006 4,007 4,008 4,009 4,010 4,011 4,012 4,013 2-162 4,026 4,027 4,028 4,029 4,030 4,031 4,032 4,033 4,034 4,035 4,036 4,037 4,038 2-163 4,051 4,052 4,053 4,054 4,055 4,056 4,057 4,058 4,059 4,060 4,061 4,062 4,063 2-164 4,076 4,077 4,078 4,079 4,080 4,081 4,082 4,083 4,084 4,085 4,086 4,087 4,088 2-165 4,101 4,102 4,103 4,104 4,105 4,106 4,107 4,108 4,109 4,110 4,111 4,112 4,113 Compound represented by the formula (1) 1-14 1-15 1-16 1-17 1-18 1-19 1-20 1-21 1-22 1-23 1-24 1-25 Compound 2-111 2,764 2,765 2,766 2,767 2,768 2,769 2,770 2,771 2,772 2,773 2,774 2,775 represented 2-112 2,789 2,790 2,791 2,792 2,793 2,794 2,795 2,796 2,797 2,798 2,799 2,800 by the 2-113 2,814 2,815 2,816 2,817 2,818 2,819 2,820 2,821 2,822 2,823 2,824 2,825 formula (2) 2-114 2,839 2,840 2,841 2,842 2,843 2,844 2,845 2,846 2,847 2,848 2,849 2,850 2-115 2,864 2,865 2,866 2,867 2,868 2,869 2,870 2,871 2,872 2,873 2,874 2,875 2-116 2,889 2,890 2,891 2,892 2,893 2,894 2,895 2,896 2,897 2,898 2,899 2,900 2-117 2,914 2,915 2,916 2,917 2,918 2,919 2,920 2,921 2,922 2,923 2,924 2,925 2-118 2,939 2,940 2,941 2,942 2,943 2,944 2,945 2,946 2,947 2,948 2,949 2,950 2-119 2,964 2,965 2,966 2,967 2,968 2,969 2,970 2,971 2,972 2,973 2,974 2,975 2-120 2,989 2,990 2,991 2,992 2,993 2,994 2,995 2,996 2,997 2,998 2,999 3,000 2-121 3,014 3,015 3,016 3,017 3,018 3,019 3,020 3,021 3,022 3,023 3,024 3,025 2-122 3,039 3,040 3,041 3,042 3,043 3,044 3,045 3,046 3,047 3,048 3,049 3,050 2-123 3,064 3,065 3,066 3,067 3,068 3,069 3,070 3,071 3,072 3,073 3,074 3,075 2-124 3,089 3,090 3,091 3,092 3,093 3,094 3,095 3,096 3,097 3,098 3,099 3,100 2-125 3,114 3,115 3,116 3,117 3,118 3,119 3,120 3,121 3,122 3,123 3,124 3,125 2-126 3,139 3,140 3,141 3,142 3,143 3,144 3,145 3,146 3,147 3,148 3,149 3,150 2-127 3,164 3,165 3,166 3,167 3,168 3,169 3,170 3,171 3,172 3,173 3,174 3,175 2-128 3,189 3,190 3,191 3,192 3,193 3,194 3,195 3,196 3,197 3,198 3,199 3,200 2-129 3,214 3,215 3,216 3,217 3,218 3,219 3,220 3,221 3,222 3,223 3,224 3,225 2-130 3,239 3,240 3,241 3,242 3,243 3,244 3,245 3,246 3,247 3,248 3,249 3,250 2-131 3,264 3,265 3,266 3,267 3,268 3,269 3,270 3,271 3,272 3,273 3,274 3,275 2-132 3,289 3,290 3,291 3,292 3,293 3,294 3,295 3,296 3,297 3,298 3,299 3,300 2-133 3,314 3,315 3,316 3,317 3,318 3,319 3,320 3,321 3,322 3,323 3,324 3,325 2-134 3,339 3,340 3,341 3,342 3,343 3,344 3,345 3,346 3,347 3,348 3,349 3,350 2-135 3,364 3,365 3,366 3,367 3,368 3,369 3,370 3,371 3,372 3,373 3,374 3,375 2-136 3,389 3,390 3,391 3,392 3,393 3,394 3,395 3,396 3,397 3,398 3,399 3,400 2-137 3,414 3,415 3,416 3,417 3,418 3,419 3,420 3,421 3,422 3,423 3,424 3,425 2-138 3,439 3,440 3,441 3,442 3,443 3,444 3,445 3,446 3,447 3,448 3,449 3,450 2-139 3,464 3,465 3,466 3,467 3,468 3,469 3,470 3,471 3,472 3,473 3,474 3,475 2-140 3,489 3,490 3,491 3,492 3,493 3,494 3,495 3,496 3,497 3,498 3,499 3,500 2-141 3,514 3,515 3,516 3,517 3,518 3,519 3,520 3,521 3,522 3,523 3,524 3,525 2-142 3,539 3,540 3,541 3,542 3,543 3,544 3,545 3,546 3,547 3,548 3,549 3,550 2-143 3,564 3,565 3,566 3,567 3,568 3,569 3,570 3,571 3,572 3,573 3,574 3,575 2-144 3,589 3,590 3,591 3,592 3,593 3,594 3,595 3,596 3,597 3,598 3,599 3,600 2-145 3,614 3,615 3,616 3,617 3,618 3,619 3,620 3,621 3,622 3,623 3,624 3,625 2-146 3,639 3,640 3,641 3,642 3,643 3,644 3,645 3,646 3,647 3,648 3,649 3,650 2-147 3,664 3,665 3,666 3,667 3,668 3,669 3,670 3,671 3,672 3,673 3,674 3,675 2-148 3,689 3,690 3,691 3,692 3,693 3,694 3,695 3,696 3,697 3,698 3,699 3,700 2-149 3,714 3,715 3,716 3,717 3,718 3,719 3,720 3,721 3,722 3,723 3,724 3,725 2-150 3,739 3,740 3,741 3,742 3,743 3,744 3,745 3,746 3,747 3,748 3,749 3,750 2-151 3,764 3,765 3,766 3,767 3,768 3,769 3,770 3,771 3,772 3,773 3,774 3,775 2-152 3,789 3,790 3,791 3,792 3,793 3,794 3,795 3,796 3,797 3,798 3,799 3,800 2-153 3,814 3,815 3,816 3,817 3,818 3,819 3,820 3,821 3,822 3,823 3,824 3,825 2-154 3,839 3,840 3,841 3,842 3,843 3,844 3,845 3,846 3,847 3,848 3,849 3,850 2-155 3,864 3,865 3,866 3,867 3,868 3,869 3,870 3,871 3,872 3,873 3,874 3,875 2-156 3,889 3,890 3,891 3,892 3,893 3,894 3,895 3,896 3,897 3,898 3,899 3,900 2-157 3,914 3,915 3,916 3,917 3,918 3,919 3,920 3,921 3,922 3,923 3,924 3,925 2-158 3,939 3,940 3,941 3,942 3,943 3,944 3,945 3,946 3,947 3,948 3,949 3,950 2-159 3,964 3,965 3,966 3,967 3,968 3,969 3,970 3,971 3,972 3,973 3,974 3,975 2-160 3,989 3,990 3,991 3,992 3,993 3,994 3,995 3,996 3,997 3,998 3,999 4,000 2-161 4,014 4,015 4,016 4,017 4,018 4,019 4,020 4,021 4,022 4,023 4,024 4,025 2-162 4,039 4,040 4,041 4,042 4,043 4,044 4,045 4,046 4,047 4,048 4,049 4,050 2-163 4,064 4,065 4,066 4,067 4,068 4,069 4,070 4,071 4,072 4,073 4,074 4,075 2-164 4,089 4,090 4,091 4,092 4,093 4,094 4,095 4,096 4,097 4,098 4,099 4,100 2-165 4,114 4,115 4,116 4,117 4,118 4,119 4,120 4,121 4,122 4,123 4,124 4,125

TABLE 4 Compound represented by the formula (1) 1-1 1-2 1-3 1-4 1-5 1-6 1-7 1-8 1-9 1-10 1-11 1-12 1-13 Compound 2-166 4,126 4,127 4,128 4,129 4,130 4,131 4,132 4,133 4,134 4,135 4,136 4,137 4,138 represented 2-167 4,151 4,152 4,153 4,154 4,155 4,156 4,157 4,158 4,159 4,160 4,161 4,162 4,163 by the 2-168 4,176 4,177 4,178 4,179 4,180 4,181 4,182 4,183 4,184 4,185 4,186 4,187 4,188 formula (2) 2-169 4,201 4,202 4,203 4,204 4,205 4,206 4,207 4,208 4,209 4,210 4,211 4,212 4,213 2-170 4,226 4,227 4,228 4,229 4,230 4,231 4,232 4,233 4,234 4,235 4,236 4,237 4,238 2-171 4,251 4,252 4,253 4,254 4,255 4,256 4,257 4,258 4,259 4,260 4,261 4,262 4,263 2-172 4,276 4,277 4,278 4,279 4,280 4,281 4,282 4,283 4,284 4,285 4,286 4,287 4,288 2-173 4,301 4,302 4,303 4,304 4,305 4,306 4,307 4,308 4,309 4,310 4,311 4,312 4,313 2-174 4,326 4,327 4,328 4,329 4,330 4,331 4,332 4,333 4,334 4,335 4,336 4,337 4,338 2-175 4,351 4,352 4,353 4,354 4,355 4,356 4,357 4,358 4,359 4,360 4,361 4,362 4,363 2-176 4,376 4,377 4,378 4,379 4,380 4,381 4,382 4,383 4,384 4,385 4,386 4,387 4,388 2-177 4,401 4,402 4,403 4,404 4,405 4,406 4,407 4,408 4,409 4,410 4,411 4,412 4,413 2-178 4,426 4,427 4,428 4,429 4,430 4,431 4,432 4,433 4,434 4,435 4,436 4,437 4,438 2-179 4,451 4,452 4,453 4,454 4,455 4,456 4,457 4,458 4,459 4,460 4,461 4,462 4,463 2-180 4,476 4,477 4,478 4,479 4,480 4,481 4,482 4,483 4,484 4,485 4,486 4,487 4,488 2-181 4,501 4,502 4,503 4,504 4,505 4,506 4,507 4,508 4,509 4,510 4,511 4,512 4,513 2-182 4,526 4,527 4,528 4,529 4,530 4,531 4,532 4,533 4,534 4,535 4,536 4,537 4,538 2-183 4,551 4,552 4,553 4,554 4,555 4,556 4,557 4,558 4,559 4,560 4,561 4,562 4,563 2-184 4,576 4,577 4,578 4,579 4,580 4,581 4,582 4,583 4,584 4,585 4,586 4,587 4,588 2-185 4,601 4,602 4,603 4,604 4,605 4,606 4,607 4,608 4,609 4,610 4,611 4,612 4,613 2-186 4,626 4,627 4,628 4,629 4,630 4,631 4,632 4,633 4,634 4,635 4,636 4,637 4,638 2-187 4,651 4,652 4,653 4,654 4,655 4,656 4,657 4,658 4,659 4,660 4,661 4,662 4,663 2-188 4,676 4,677 4,678 4,679 4,680 4,681 4,682 4,683 4,684 4,685 4,686 4,687 4,688 2-189 4,701 4,702 4,703 4,704 4,705 4,706 4,707 4,708 4,709 4,710 4,711 4,712 4,713 2-190 4,726 4,727 4,728 4,729 4,730 4,731 4,732 4,733 4,734 4,735 4,736 4,737 4,738 2-191 4,751 4,752 4,753 4,754 4,755 4,756 4,757 4,758 4,759 4,760 4,761 4,762 4,763 2-192 4,776 4,777 4,778 4,779 4,780 4,781 4,782 4,783 4,784 4,785 4,786 4,787 4,788 2-193 4,801 4,802 4,803 4,804 4,805 4,806 4,807 4,808 4,809 4,810 4,811 4,812 4,813 2-194 4,826 4,827 4,828 4,829 4,830 4,831 4,832 4,833 4,834 4,835 4,836 4,837 4,838 2-195 4,851 4,852 4,853 4,854 4,855 4,856 4,857 4,858 4,859 4,860 4,861 4,862 4,863 2-196 4,876 4,877 4,878 4,879 4,880 4,881 4,882 4,883 4,884 4,885 4,886 4,887 4,888 2-197 4,901 4,902 4,903 4,904 4,905 4,906 4,907 4,908 4,909 4,910 4,911 4,912 4,913 2-198 4,926 4,927 4,928 4,929 4,930 4,931 4,932 4,933 4,934 4,935 4,936 4,937 4,938 2-199 4,951 4,952 4,953 4,954 4,955 4,956 4,957 4,958 4,959 4,960 4,961 4,962 4,963 2-200 4,976 4,977 4,978 4,979 4,980 4,981 4,982 4,983 4,984 4,985 4,986 4,987 4,988 2-201 5,001 5,002 5,003 5,004 5,005 5,006 5,007 5,008 5,009 5,010 5,011 5,012 5,013 2-202 5,026 5,027 5,028 5,029 5,030 5,031 5,032 5,033 5,034 5,035 5,036 5,037 5,038 2-203 5,051 5,052 5,053 5,054 5,055 5,056 5,057 5,058 5,059 5,060 5,061 5,062 5,063 2-204 5,076 5,077 5,078 5,079 5,080 5,081 5,082 5,083 5,084 5,085 5,086 5,087 5,088 2-205 5,101 5,102 5,103 5,104 5,105 5,106 5,107 5,108 5,109 5,110 5,111 5,112 5,113 2-206 5,126 5,127 5,128 5,129 5,130 5,131 5,132 5,133 5,134 5,135 5,136 5,137 5,138 2-207 5,151 5,152 5,153 5,154 5,155 5,156 5,157 5,158 5,159 5,160 5,161 5,162 5,163 2-208 5,176 5,177 5,178 5,179 5,180 5,181 5,182 5,183 5,184 5,185 5,186 5,187 5,188 2-209 5,201 5,202 5,203 5,204 5,205 5,206 5,207 5,208 5,209 5,210 5,211 5,212 5,213 2-210 5,226 5,227 5,228 5,229 5,230 5,231 5,232 5,233 5,234 5,235 5,236 5,237 5,238 2-211 5,251 5,252 5,253 5,254 5,255 5,256 5,257 5,258 5,259 5,260 5,261 5,262 5,263 2-212 5,276 5,277 5,278 5,279 5,280 5,281 5,282 5,283 5,284 5,285 5,286 5,287 5,288 2-213 5,301 5,302 5,303 5,304 5,305 5,306 5,307 5,308 5,309 5,310 5,311 5,312 5,313 2-214 5,326 5,327 5,328 5,329 5,330 5,331 5,332 5,333 5,334 5,335 5,336 5,337 5,338 2-215 5,351 5,352 5,353 5,354 5,355 5,356 5,357 5,358 5,359 5,360 5,361 5,362 5,363 2-216 5,376 5,377 5,378 5,379 5,380 5,381 5,382 5,383 5,384 5,385 5,386 5,387 5,388 2-217 5,401 5,402 5,403 5,404 5,405 5,406 5,407 5,408 5,409 5,410 5,411 5,412 5,413 2-218 5,426 5,427 5,428 5,429 5,430 5,431 5,432 5,433 5,434 5,435 5,436 5,437 5,438 2-219 5,451 5,452 5,453 5,454 5,455 5,456 5,457 5,458 5,459 5,460 5,461 5,462 5,463 2-220 5,476 5,477 5,478 5,479 5,480 5,481 5,482 5,483 5,484 5,485 5,486 5,487 5,488 Compound represented by the formula (1) 1-14 1-15 1-16 1-17 1-18 1-19 1-20 1-21 1-22 1-23 1-24 1-25 Compound 2-166 4,139 4,140 4,141 4,142 4,143 4,144 4,145 4,146 4,147 4,148 4,149 4,150 represented 2-167 4,164 4,165 4,166 4,167 4,168 4,169 4,170 4,171 4,172 4,173 4,174 4,175 by the 2-168 4,189 4,190 4,191 4,192 4,193 4,194 4,195 4,196 4,197 4,198 4,199 4,200 formula (2) 2-169 4,214 4,215 4,216 4,217 4,218 4,219 4,220 4,221 4,222 4,223 4,224 4,225 2-170 4,239 4,240 4,241 4,242 4,243 4,244 4,245 4,246 4,247 4,248 4,249 4,250 2-171 4,264 4,265 4,266 4,267 4,268 4,269 4,270 4,271 4,272 4,273 4,274 4,275 2-172 4,289 4,290 4,291 4,292 4,293 4,294 4,295 4,296 4,297 4,298 4,299 4,300 2-173 4,314 4,315 4,316 4,317 4,318 4,319 4,320 4,321 4,322 4,323 4,324 4,325 2-174 4,339 4,340 4,341 4,342 4,343 4,344 4,345 4,346 4,347 4,348 4,349 4,350 2-175 4,364 4,365 4,366 4,367 4,368 4,369 4,370 4,371 4,372 4,373 4,374 4,375 2-176 4,389 4,390 4,391 4,392 4,393 4,394 4,395 4,396 4,397 4,398 4,399 4,400 2-177 4,414 4,415 4,416 4,417 4,418 4,419 4,420 4,421 4,422 4,423 4,424 4,425 2-178 4,439 4,440 4,441 4,442 4,443 4,444 4,445 4,446 4,447 4,448 4,449 4,450 2-179 4,464 4,465 4,466 4,467 4,468 4,469 4,470 4,471 4,472 4,473 4,474 4,475 2-180 4,489 4,490 4,491 4,492 4,493 4,494 4,495 4,496 4,497 4,498 4,499 4,500 2-181 4,514 4,515 4,516 4,517 4,518 4,519 4,520 4,521 4,522 4,523 4,524 4,525 2-182 4,539 4,540 4,541 4,542 4,543 4,544 4,545 4,546 4,547 4,548 4,549 4,550 2-183 4,564 4,565 4,566 4,567 4,568 4,569 4,570 4,571 4,572 4,573 4,574 4,575 2-184 4,589 4,590 4,591 4,592 4,593 4,594 4,595 4,596 4,597 4,598 4,599 4,600 2-185 4,614 4,615 4,616 4,617 4,618 4,619 4,620 4,621 4,622 4,623 4,624 4,625 2-186 4,639 4,640 4,641 4,642 4,643 4,644 4,645 4,646 4,647 4,648 4,649 4,650 2-187 4,664 4,665 4,666 4,667 4,668 4,669 4,670 4,671 4,672 4,673 4,674 4,675 2-188 4,689 4,690 4,691 4,692 4,693 4,694 4,695 4,696 4,697 4,698 4,699 4,700 2-189 4,714 4,715 4,716 4,717 4,718 4,719 4,720 4,721 4,722 4,723 4,724 4,725 2-190 4,739 4,740 4,741 4,742 4,743 4,744 4,745 4,746 4,747 4,748 4,749 4,750 2-191 4,764 4,765 4,766 4,767 4,768 4,769 4,770 4,771 4,772 4,773 4,774 4,775 2-192 4,789 4,790 4,791 4,792 4,793 4,794 4,795 4,796 4,797 4,798 4,799 4,800 2-193 4,814 4,815 4,816 4,817 4,818 4,819 4,820 4,821 4,822 4,823 4,824 4,825 2-194 4,839 4,840 4,841 4,842 4,843 4,844 4,845 4,846 4,847 4,848 4,849 4,850 2-195 4,864 4,865 4,866 4,867 4,868 4,869 4,870 4,871 4,872 4,873 4,874 4,875 2-196 4,889 4,890 4,891 4,892 4,893 4,894 4,895 4,896 4,897 4,898 4,899 4,900 2-197 4,914 4,915 4,916 4,917 4,918 4,919 4,920 4,921 4,922 4,923 4,924 4,925 2-198 4,939 4,940 4,941 4,942 4,943 4,944 4,945 4,946 4,947 4,948 4,949 4,950 2-199 4,964 4,965 4,966 4,967 4,968 4,969 4,970 4,971 4,972 4,973 4,974 4,975 2-200 4,989 4,990 4,991 4,992 4,993 4,994 4,995 4,996 4,997 4,998 4,999 5,000 2-201 5,014 5,015 5,016 5,017 5,018 5,019 5,020 5,021 5,022 5,023 5,024 5,025 2-202 5,039 5,040 5,041 5,042 5,043 5,044 5,045 5,046 5,047 5,048 5,049 5,050 2-203 5,064 5,065 5,066 5,067 5,068 5,069 5,070 5,071 5,072 5,073 5,074 5,075 2-204 5,089 5,090 5,091 5,092 5,093 5,094 5,095 5,096 5,097 5,098 5,099 5,100 2-205 5,114 5,115 5,116 5,117 5,118 5,119 5,120 5,121 5,122 5,123 5,124 5,125 2-206 5,139 5,140 5,141 5,142 5,143 5,144 5,145 5,146 5,147 5,148 5,149 5,150 2-207 5,164 5,165 5,166 5,167 5,168 5,169 5,170 5,171 5,172 5,173 5,174 5,175 2-208 5,189 5,190 5,191 5,192 5,193 5,194 5,195 5,196 5,197 5,198 5,199 5,200 2-209 5,214 5,215 5,216 5,217 5,218 5,219 5,220 5,221 5,222 5,223 5,224 5,225 2-210 5,239 5,240 5,241 5,242 5,243 5,244 5,245 5,246 5,247 5,248 5,249 5,250 2-211 5,264 5,265 5,266 5,267 5,268 5,269 5,270 5,271 5,272 5,273 5,274 5,275 2-212 5,289 5,290 5,291 5,292 5,293 5,294 5,295 5,296 5,297 5,298 5,299 5,300 2-213 5,314 5,315 5,316 5,317 5,318 5,319 5,320 5,321 5,322 5,323 5,324 5,325 2-214 5,339 5,340 5,341 5,342 5,343 5,344 5,345 5,346 5,347 5,348 5,349 5,350 2-215 5,364 5,365 5,366 5,367 5,368 5,369 5,370 5,371 5,372 5,373 5,374 5,375 2-216 5,389 5,390 5,391 5,392 5,393 5,394 5,395 5,396 5,397 5,398 5,399 5,400 2-217 5,414 5,415 5,416 5,417 5,418 5,419 5,420 5,421 5,422 5,423 5,424 5,425 2-218 5,439 5,440 5,441 5,442 5,443 5,444 5,445 5,446 5,447 5,448 5,449 5,450 2-219 5,464 5,465 5,466 5,467 5,468 5,469 5,470 5,471 5,472 5,473 5,474 5,475 2-220 5,489 5,490 5,491 5,492 5,493 5,494 5,495 5,496 5,497 5,498 5,499 5,500

TABLE 5 Compound represented by the formula (1) 1-1 1-2 1-3 1-4 1-5 1-6 1-7 1-8 1-9 1-10 1-11 1-12 1-13 Compound 2-221 5,501 5,502 5,503 5,504 5,505 5,506 5,507 5,508 5,509 5,510 5,511 5,512 5,513 represented 2-222 5,526 5,527 5,528 5,529 5,530 5,531 5,532 5,533 5,534 5,535 5,536 5,537 5,538 by the 2-223 5,551 5,552 5,553 5,554 5,555 5,556 5,557 5,558 5,559 5,560 5,561 5,562 5,563 formula (2) 2-224 5,576 5,577 5,578 5,579 5,580 5,581 5,582 5,583 5,584 5,585 5,586 5,587 5,588 2-225 5,601 5,602 5,603 5,604 5,605 5,606 5,607 5,608 5,609 5,610 5,611 5,612 5,613 2-226 5,626 5,627 5,628 5,629 5,630 5,631 5,632 5,633 5,634 5,635 5,636 5,637 5,638 2-227 5,651 5,652 5,653 5,654 5,655 5,656 5,657 5,658 5,659 5,660 5,661 5,662 5,663 2-228 5,676 5,677 5,678 5,679 5,680 5,681 5,682 5,683 5,684 5,685 5,686 5,687 5,688 2-229 5,701 5,702 5,703 5,704 5,705 5,706 5,707 5,708 5,709 5,710 5,711 5,712 5,713 2-230 5,726 5,727 5,728 5,729 5,730 5,731 5,732 5,733 5,734 5,735 5,736 5,737 5,738 2-231 5,751 5,752 5,753 5,754 5,755 5,756 5,757 5,758 5,759 5,760 5,761 5,762 5,763 2-232 5,776 5,777 5,778 5,779 5,780 5,781 5,782 5,783 5,784 5,785 5,786 5,787 5,788 2-233 5,801 5,802 5,803 5,804 5,805 5,806 5,807 5,808 5,809 5,810 5,811 5,812 5,813 2-234 5,826 5,827 5,828 5,829 5,830 5,831 5,832 5,833 5,834 5,835 5,836 5,837 5,838 2-235 5,851 5,852 5,853 5,854 5,855 5,856 5,857 5,858 5,859 5,860 5,861 5,862 5,863 2-236 5,876 5,877 5,878 5,879 5,880 5,881 5,882 5,883 5,884 5,885 5,886 5,887 5,888 2-237 5,901 5,902 5,903 5,904 5,905 5,906 5,907 5,908 5,909 5,910 5,911 5,912 5,913 2-238 5,926 5,927 5,928 5,929 5,930 5,931 5,932 5,933 5,934 5,935 5,936 5,937 5,938 2-239 5,951 5,952 5,953 5,954 5,955 5,956 5,957 5,958 5,959 5,960 5,961 5,962 5,963 2-240 5,976 5,977 5,978 5,979 5,980 5,981 5,982 5,983 5,984 5,985 5,986 5,987 5,988 2-241 6,001 6,002 6,003 6,004 6,005 6,006 6,007 6,008 6,009 6,010 6,011 6,012 6,013 2-242 6,026 6,027 6,028 6,029 6,030 6,031 6,032 6,033 6,034 6,035 6,036 6,037 6,038 2-243 6,051 6,052 6,053 6,054 6,055 6,056 6,057 6,058 6,059 6,060 6,061 6,062 6,063 2-244 6,076 6,077 6,078 6,079 6,080 6,081 6,082 6,083 6,084 6,085 6,086 6,087 6,088 2-245 6,101 6,102 6,103 6,104 6,105 6,106 6,107 6,108 6,109 6,110 6,111 6,112 6,113 2-246 6,126 6,127 6,128 6,129 6,130 6,131 6,132 6,133 6,134 6,135 6,136 6,137 6,138 2-247 6,151 6,152 6,153 6,154 6,155 6,156 6,157 6,158 6,159 6,160 6,161 6,162 6,163 2-248 6,176 6,177 6,178 6,179 6,180 6,181 6,182 6,183 6,184 6,185 6,186 6,187 6,188 2-249 6,201 6,202 6,203 6,204 6,205 6,206 6,207 6,208 6,209 6,210 6,211 6,212 6,213 2-250 6,226 6,227 6,228 6,229 6,230 6,231 6,232 6,233 6,234 6,235 6,236 6,237 6,238 2-251 6,251 6,252 6,253 6,254 6,255 6,256 6,257 6,258 6,259 6,260 6,261 6,262 6,263 2-252 6,276 6,277 6,278 6,279 6,280 6,281 6,282 6,283 6,284 6,285 6,286 6,287 6,288 2-253 6,301 6,302 6,303 6,304 6,305 6,306 6,307 6,308 6,309 6,310 6,311 6,312 6,313 2-254 6,326 6,327 6,328 6,329 6,330 6,331 6,332 6,333 6,334 6,335 6,336 6,337 6,338 2-255 6,351 6,352 6,353 6,354 6,355 6,356 6,357 6,358 6,359 6,360 6,361 6,362 6,363 2-256 6,376 6,377 6,378 6,379 6,380 6,381 6,382 6,383 6,384 6,385 6,386 6,387 6,388 2-257 6,401 6,402 6,403 6,404 6,405 6,406 6,407 6,408 6,409 6,410 6,411 6,412 6,413 2-258 6,426 6,427 6,428 6,429 6,430 6,431 6,432 6,433 6,434 6,435 6,436 6,437 6,438 2-259 6,451 6,452 6,453 6,454 6,455 6,456 6,457 6,458 6,459 6,460 6,461 6,462 6,463 2-260 6,476 6,477 6,478 6,479 6,480 6,481 6,482 6,483 6,484 6,485 6,486 6,487 6,488 2-261 6,501 6,502 6,503 6,504 6,505 6,506 6,507 6,508 6,509 6,510 6,511 6,512 6,513 2-262 6,526 6,527 6,528 6,529 6,530 6,531 6,532 6,533 6,534 6,535 6,536 6,537 6,538 2-263 6,551 6,552 6,553 6,554 6,555 6,556 6,557 6,558 6,559 6,560 6,561 6,562 6,563 2-264 6,576 6,577 6,578 6,579 6,580 6,581 6,582 6,583 6,584 6,585 6,586 6,587 6,588 2-265 6,601 6,602 6,603 6,604 6,605 6,606 6,607 6,608 6,609 6,610 6,611 6,612 6,613 2-266 6,626 6,627 6,628 6,629 6,630 6,631 6,632 6,633 6,634 6,635 6,636 6,637 6,638 2-267 6,651 6,652 6,653 6,654 6,655 6,656 6,657 6,658 6,659 6,660 6,661 6,662 6,663 2-268 6,676 6,677 6,678 6,679 6,680 6,681 6,682 6,683 6,684 6,685 6,686 6,687 6,688 2-269 6,701 6,702 6,703 6,704 6,705 6,706 6,707 6,708 6,709 6,710 6,711 6,712 6,713 2-270 6,726 6,727 6,728 6,729 6,730 6,731 6,732 6,733 6,734 6,735 6,736 6,737 6,738 2-271 6,751 6,752 6,753 6,754 6,755 6,756 6,757 6,758 6,759 6,760 6,761 6,762 6,763 2-272 6,776 6,777 6,778 6,779 6,780 6,781 6,782 6,783 6,784 6,785 6,786 6,787 6,788 2-273 6,801 6,802 6,803 6,804 6,805 6,806 6,807 6,808 6,809 6,810 6,811 6,812 6,813 2-274 6,826 6,827 6,828 6,829 6,830 6,831 6,832 6,833 6,834 6,835 6,836 6,837 6,838 2-275 6,851 6,852 6,853 6,854 6,855 6,856 6,857 6,858 6,859 6,860 6,861 6,862 6,863 Compound represented by the formula (1) 1-14 1-15 1-16 1-17 1-18 1-19 1-20 1-21 1-22 1-23 1-24 1-25 Compound 2-221 5,514 5,515 5,516 5,517 5,518 5,519 5,520 5,521 5,522 5,523 5,524 5,525 represented 2-222 5,539 5,540 5,541 5,542 5,543 5,544 5,545 5,546 5,547 5,548 5,549 5,550 by the 2-223 5,564 5,565 5,566 5,567 5,568 5,569 5,570 5,571 5,572 5,573 5,574 5,575 formula (2) 2-224 5,589 5,590 5,591 5,592 5,593 5,594 5,595 5,596 5,597 5,598 5,599 5,600 2-225 5,614 5,615 5,616 5,617 5,618 5,619 5,620 5,621 5,622 5,623 5,624 5,625 2-226 5,639 5,640 5,641 5,642 5,643 5,644 5,645 5,646 5,647 5,648 5,649 5,650 2-227 5,664 5,665 5,666 5,667 5,668 5,669 5,670 5,671 5,672 5,673 5,674 5,675 2-228 5,689 5,690 5,691 5,692 5,693 5,694 5,695 5,696 5,697 5,698 5,699 5,700 2-229 5,714 5,715 5,716 5,717 5,718 5,719 5,720 5,721 5,722 5,723 5,724 5,725 2-230 5,739 5,740 5,741 5,742 5,743 5,744 5,745 5,746 5,747 5,748 5,749 5,750 2-231 5,764 5,765 5,766 5,767 5,768 5,769 5,770 5,771 5,772 5,773 5,774 5,775 2-232 5,789 5,790 5,791 5,792 5,793 5,794 5,795 5,796 5,797 5,798 5,799 5,800 2-233 5,814 5,815 5,816 5,817 5,818 5,819 5,820 5,821 5,822 5,823 5,824 5,825 2-234 5,839 5,840 5,841 5,842 5,843 5,844 5,845 5,846 5,847 5,848 5,849 5,850 2-235 5,864 5,865 5,866 5,867 5,868 5,869 5,870 5,871 5,872 5,873 5,874 5,875 2-236 5,889 5,890 5,891 5,892 5,893 5,894 5,895 5,896 5,897 5,898 5,899 5,900 2-237 5,914 5,915 5,916 5,917 5,918 5,919 5,920 5,921 5,922 5,923 5,924 5,925 2-238 5,939 5,940 5,941 5,942 5,943 5,944 5,945 5,946 5,947 5,948 5,949 5,950 2-239 5,964 5,965 5,966 5,967 5,968 5,969 5,970 5,971 5,972 5,973 5,974 5,975 2-240 5,989 5,990 5,991 5,992 5,993 5,994 5,995 5,996 5,997 5,998 5,999 6,000 2-241 6,014 6,015 6,016 6,017 6,018 6,019 6,020 6,021 6,022 6,023 6,024 6,025 2-242 6,039 6,040 6,041 6,042 6,043 6,044 6,045 6,046 6,047 6,048 6,049 6,050 2-243 6,064 6,065 6,066 6,067 6,068 6,069 6,070 6,071 6,072 6,073 6,074 6,075 2-244 6,089 6,090 6,091 6,092 6,093 6,094 6,095 6,096 6,097 6,098 6,099 6,100 2-245 6,114 6,115 6,116 6,117 6,118 6,119 6,120 6,121 6,122 6,123 6,124 6,125 2-246 6,139 6,140 6,141 6,142 6,143 6,144 6,145 6,146 6,147 6,148 6,149 6,150 2-247 6,164 6,165 6,166 6,167 6,168 6,169 6,170 6,171 6,172 6,173 6,174 6,175 2-248 6,189 6,190 6,191 6,192 6,193 6,194 6,195 6,196 6,197 6,198 6,199 6,200 2-249 6,214 6,215 6,216 6,217 6,218 6,219 6,220 6,221 6,222 6,223 6,224 6,225 2-250 6,239 6,240 6,241 6,242 6,243 6,244 6,245 6,246 6,247 6,248 6,249 6,250 2-251 6,264 6,265 6,266 6,267 6,268 6,269 6,270 6,271 6,272 6,273 6,274 6,275 2-252 6,289 6,290 6,291 6,292 6,293 6,294 6,295 6,296 6,297 6,298 6,299 6,300 2-253 6,314 6,315 6,316 6,317 6,318 6,319 6,320 6,321 6,322 6,323 6,324 6,325 2-254 6,339 6,340 6,341 6,342 6,343 6,344 6,345 6,346 6,347 6,348 6,349 6,350 2-255 6,364 6,365 6,366 6,367 6,368 6,369 6,370 6,371 6,372 6,373 6,374 6,375 2-256 6,389 6,390 6,391 6,392 6,393 6,394 6,395 6,396 6,397 6,398 6,399 6,400 2-257 6,414 6,415 6,416 6,417 6,418 6,419 6,420 6,421 6,422 6,423 6,424 6,425 2-258 6,439 6,440 6,441 6,442 6,443 6,444 6,445 6,446 6,447 6,448 6,449 6,450 2-259 6,464 6,465 6,466 6,467 6,468 6,469 6,470 6,471 6,472 6,473 6,474 6,475 2-260 6,489 6,490 6,491 6,492 6,493 6,494 6,495 6,496 6,497 6,498 6,499 6,500 2-261 6,514 6,515 6,516 6,517 6,518 6,519 6,520 6,521 6,522 6,523 6,524 6,525 2-262 6,539 6,540 6,541 6,542 6,543 6,544 6,545 6,546 6,547 6,548 6,549 6,550 2-263 6,564 6,565 6,566 6,567 6,568 6,569 6,570 6,571 6,572 6,573 6,574 6,575 2-264 6,589 6,590 6,591 6,592 6,593 6,594 6,595 6,596 6,597 6,598 6,599 6,600 2-265 6,614 6,615 6,616 6,617 6,618 6,619 6,620 6,621 6,622 6,623 6,624 6,625 2-266 6,639 6,640 6,641 6,642 6,643 6,644 6,645 6,646 6,647 6,648 6,649 6,650 2-267 6,664 6,665 6,666 6,667 6,668 6,669 6,670 6,671 6,672 6,673 6,674 6,675 2-268 6,689 6,690 6,691 6,692 6,693 6,694 6,695 6,696 6,697 6,698 6,699 6,700 2-269 6,714 6,715 6,716 6,717 6,718 6,719 6,720 6,721 6,722 6,723 6,724 6,725 2-270 6,739 6,740 6,741 6,742 6,743 6,744 6,745 6,746 6,747 6,748 6,749 6,750 2-271 6,764 6,765 6,766 6,767 6,768 6,769 6,770 6,771 6,772 6,773 6,774 6,775 2-272 6,789 6,790 6,791 6,792 6,793 6,794 6,795 6,796 6,797 6,798 6,799 6,800 2-273 6,814 6,815 6,816 6,817 6,818 6,819 6,820 6,821 6,822 6,823 6,824 6,825 2-274 6,839 6,840 6,841 6,842 6,843 6,844 6,845 6,846 6,847 6,848 6,849 6,850 2-275 6,864 6,865 6,866 6,867 6,868 6,869 6,870 6,871 6,872 6,873 6,874 6,875

TABLE 6 Compound represented by the formula (1) 1-1 1-2 1-3 1-4 1-5 1-6 1-7 1-8 1-9 1-10 1-11 1-12 1-13 Compound 2-276 6,876 6,877 6,878 6,879 6,880 6,881 6,882 6,883 6,884 6,885 6,886 6,887 6,888 represented 2-277 6,901 6,902 6,903 6,904 6,905 6,906 6,907 6,908 6,909 6,910 6,911 6,912 6,913 by the 2-278 6,926 6,927 6,928 6,929 6,930 6,931 6,932 6,933 6,934 6,935 6,936 6,937 6,938 formula (2) 2-279 6,951 6,952 6,953 6,954 6,955 6,956 6,957 6,958 6,959 6,960 6,961 6,962 6,963 2-280 6,976 6,977 6,978 6,979 6,980 6,981 6,982 6,983 6,984 6,985 6,986 6,987 6,988 2-281 7,001 7,002 7,003 7,004 7,005 7,006 7,007 7,008 7,009 7,010 7,011 7,012 7,013 2-282 7,026 7,027 7,028 7,029 7,030 7,031 7,032 7,033 7,034 7,035 7,036 7,037 7,038 2-283 7,051 7,052 7,053 7,054 7,055 7,056 7,057 7,058 7,059 7,060 7,061 7,062 7,063 2-284 7,076 7,077 7,078 7,079 7,080 7,081 7,082 7,083 7,084 7,085 7,086 7,087 7,088 2-285 7,101 7,102 7,103 7,104 7,105 7,106 7,107 7,108 7,109 7,110 7,111 7,112 7,113 2-286 7,126 7,127 7,128 7,129 7,130 7,131 7,132 7,133 7,134 7,135 7,136 7,137 7,138 2-287 7,151 7,152 7,153 7,154 7,155 7,156 7,157 7,158 7,159 7,160 7,161 7,162 7,163 2-288 7,176 7,177 7,178 7,179 7,180 7,181 7,182 7,183 7,184 7,185 7,186 7,187 7,188 2-289 7,201 7,202 7,203 7,204 7,205 7,206 7,207 7,208 7,209 7,210 7,211 7,212 7,213 2-290 7,226 7,227 7,228 7,229 7,230 7,231 7,232 7,233 7,234 7,235 7,236 7,237 7,238 2-291 7,251 7,252 7,253 7,254 7,255 7,256 7,257 7,258 7,259 7,260 7,261 7,262 7,263 2-292 7,276 7,277 7,278 7,279 7,280 7,281 7,282 7,283 7,284 7,285 7,286 7,287 7,288 2-293 7,301 7,302 7,303 7,304 7,305 7,306 7,307 7,308 7,309 7,310 7,311 7,312 7,313 2-294 7,326 7,327 7,328 7,329 7,330 7,331 7,332 7,333 7,334 7,335 7,336 7,337 7,338 2-295 7,351 7,352 7,353 7,354 7,355 7,356 7,357 7,358 7,359 7,360 7,361 7,362 7,363 2-296 7,376 7,377 7,378 7,379 7,380 7,381 7,382 7,383 7,384 7,385 7,386 7,387 7,388 2-297 7,401 7,402 7,403 7,404 7,405 7,406 7,407 7,408 7,409 7,410 7,411 7,412 7,413 2-298 7,426 7,427 7,428 7,429 7,430 7,431 7,432 7,433 7,434 7,435 7,436 7,437 7,438 2-299 7,451 7,452 7,453 7,454 7,455 7,456 7,457 7,458 7,459 7,460 7,461 7,462 7,463 2-300 7,476 7,477 7,478 7,479 7,480 7,481 7,482 7,483 7,484 7,485 7,486 7,487 7,488 2-301 7,501 7,502 7,503 7,504 7,505 7,506 7,507 7,508 7,509 7,510 7,511 7,512 7,513 2-302 7,526 7,527 7,528 7,529 7,530 7,531 7,532 7,533 7,534 7,535 7,536 7,537 7,538 2-303 7,551 7,552 7,553 7,554 7,555 7,556 7,557 7,558 7,559 7,560 7,561 7,562 7,563 2-304 7,576 7,577 7,578 7,579 7,580 7,581 7,582 7,583 7,584 7,585 7,586 7,587 7,588 2-305 7,601 7,602 7,603 7,604 7,605 7,606 7,607 7,608 7,609 7,610 7,611 7,612 7,613 2-306 7,626 7,627 7,628 7,629 7,630 7,631 7,632 7,633 7,634 7,635 7,636 7,637 7,638 2-307 7,651 7,652 7,653 7,654 7,655 7,656 7,657 7,658 7,659 7,660 7,661 7,662 7,663 2-308 7,676 7,677 7,678 7,679 7,680 7,681 7,682 7,683 7,684 7,685 7,686 7,687 7,688 2-309 7,701 7,702 7,703 7,704 7,705 7,706 7,707 7,708 7,709 7,710 7,711 7,712 7,713 2-310 7,726 7,727 7,728 7,729 7,730 7,731 7,732 7,733 7,734 7,735 7,736 7,737 7,738 2-311 7,751 7,752 7,753 7,754 7,755 7,756 7,757 7,758 7,759 7,760 7,761 7,762 7,763 2-312 7,776 7,777 7,778 7,779 7,780 7,781 7,782 7,783 7,784 7,785 7,786 7,787 7,788 2-313 7,801 7,802 7,803 7,804 7,805 7,806 7,807 7,808 7,809 7,810 7,811 7,812 7,813 2-314 7,826 7,827 7,828 7,829 7,830 7,831 7,832 7,833 7,834 7,835 7,836 7,837 7,838 2-315 7,851 7,852 7,853 7,854 7,855 7,856 7,857 7,858 7,859 7,860 7,861 7,862 7,863 2-316 7,876 7,877 7,878 7,879 7,880 7,881 7,882 7,883 7,884 7,885 7,886 7,887 7,888 2-317 7,901 7,902 7,903 7,904 7,905 7,906 7,907 7,908 7,909 7,910 7,911 7,912 7,913 2-318 7,926 7,927 7,928 7,929 7,930 7,931 7,932 7,933 7,934 7,935 7,936 7,937 7,938 2-319 7,951 7,952 7,953 7,954 7,955 7,956 7,957 7,958 7,959 7,960 7,961 7,962 7,963 2-320 7,976 7,977 7,978 7,979 7,980 7,981 7,982 7,983 7,984 7,985 7,986 7,987 7,988 2-321 8,001 8,002 8,003 8,004 8,005 8,006 8,007 8,008 8,009 8,010 8,011 8,012 8,013 2-322 8,026 8,027 8,028 8,029 8,030 8,031 8,032 8,033 8,034 8,035 8,036 8,037 8,038 2-323 8,051 8,052 8,053 8,054 8,055 8,056 8,057 8,058 8,059 8,060 8,061 8,062 8,063 2-324 8,076 8,077 8,078 8,079 8,080 8,081 8,082 8,083 8,084 8,085 8,086 8,087 8,088 2-325 8,101 8,102 8,103 8,104 8,105 8,106 8,107 8,108 8,109 8,110 8,111 8,112 8,113 2-326 8,126 8,127 8,128 8,129 8,130 8,131 8,132 8,133 8,134 8,135 8,136 8,137 8,138 2-327 8,151 8,152 8,153 8,154 8,155 8,156 8,157 8,158 8,159 8,160 8,161 8,162 8,163 2-328 8,176 8,177 8,178 8,179 8,180 8,181 8,182 8,183 8,184 8,185 8,186 8,187 8,188 2-329 8,201 8,202 8,203 8,204 8,205 8,206 8,207 8,208 8,209 8,210 8,211 8,212 8,213 2-330 8,226 8,227 8,228 8,229 8,230 8,231 8,232 8,233 8,234 8,235 8,236 8,237 8,238 Compound represented by the formula (1) 1-14 1-15 1-16 1-17 1-18 1-19 1-20 1-21 1-22 1-23 1-24 1-25 Compound 2-276 6,889 6,890 6,891 6,892 6,893 6,894 6,895 6,896 6,897 6,898 6,899 6,900 represented 2-277 6,914 6,915 6,916 6,917 6,918 6,919 6,920 6,921 6,922 6,923 6,924 6,925 by the 2-278 6,939 6,940 6,941 6,942 6,943 6,944 6,945 6,946 6,947 6,948 6,949 6,950 formula (2) 2-279 6,964 6,965 6,966 6,967 6,968 6,969 6,970 6,971 6,972 6,973 6,974 6,975 2-280 6,989 6,990 6,991 6,992 6,993 6,994 6,995 6,996 6,997 6,998 6,999 7,000 2-281 7,014 7,015 7,016 7,017 7,018 7,019 7,020 7,021 7,022 7,023 7,024 7,025 2-282 7,039 7,040 7,041 7,042 7,043 7,044 7,045 7,046 7,047 7,048 7,049 7,050 2-283 7,064 7,065 7,066 7,067 7,068 7,069 7,070 7,071 7,072 7,073 7,074 7,075 2-284 7,089 7,090 7,091 7,092 7,093 7,094 7,095 7,096 7,097 7,098 7,099 7,100 2-285 7,114 7,115 7,116 7,117 7,118 7,119 7,120 7,121 7,122 7,123 7,124 7,125 2-286 7,139 7,140 7,141 7,142 7,143 7,144 7,145 7,146 7,147 7,148 7,149 7,150 2-287 7,164 7,165 7,166 7,167 7,168 7,169 7,170 7,171 7,172 7,173 7,174 7,175 2-288 7,189 7,190 7,191 7,192 7,193 7,194 7,195 7,196 7,197 7,198 7,199 7,200 2-289 7,214 7,215 7,216 7,217 7,218 7,219 7,220 7,221 7,222 7,223 7,224 7,225 2-290 7,239 7,240 7,241 7,242 7,243 7,244 7,245 7,246 7,247 7,248 7,249 7,250 2-291 7,264 7,265 7,266 7,267 7,268 7,269 7,270 7,271 7,272 7,273 7,274 7,275 2-292 7,289 7,290 7,291 7,292 7,293 7,294 7,295 7,296 7,297 7,298 7,299 7,300 2-293 7,314 7,315 7,316 7,317 7,318 7,319 7,320 7,321 7,322 7,323 7,324 7,325 2-294 7,339 7,340 7,341 7,342 7,343 7,344 7,345 7,346 7,347 7,348 7,349 7,350 2-295 7,364 7,365 7,366 7,367 7,368 7,369 7,370 7,371 7,372 7,373 7,374 7,375 2-296 7,389 7,390 7,391 7,392 7,393 7,394 7,395 7,396 7,397 7,398 7,399 7,400 2-297 7,414 7,415 7,416 7,417 7,418 7,419 7,420 7,421 7,422 7,423 7,424 7,425 2-298 7,439 7,440 7,441 7,442 7,443 7,444 7,445 7,446 7,447 7,448 7,449 7,450 2-299 7,464 7,465 7,466 7,467 7,468 7,469 7,470 7,471 7,472 7,473 7,474 7,475 2-300 7,489 7,490 7,491 7,492 7,493 7,494 7,495 7,496 7,497 7,498 7,499 7,500 2-301 7,514 7,515 7,516 7,517 7,518 7,519 7,520 7,521 7,522 7,523 7,524 7,525 2-302 7,539 7,540 7,541 7,542 7,543 7,544 7,545 7,546 7,547 7,548 7,549 7,550 2-303 7,564 7,565 7,566 7,567 7,568 7,569 7,570 7,571 7,572 7,573 7,574 7,575 2-304 7,589 7,590 7,591 7,592 7,593 7,594 7,595 7,596 7,597 7,598 7,599 7,600 2-305 7,614 7,615 7,616 7,617 7,618 7,619 7,620 7,621 7,622 7,623 7,624 7,625 2-306 7,639 7,640 7,641 7,642 7,643 7,644 7,645 7,646 7,647 7,648 7,649 7,650 2-307 7,664 7,665 7,666 7,667 7,668 7,669 7,670 7,671 7,672 7,673 7,674 7,675 2-308 7,689 7,690 7,691 7,692 7,693 7,694 7,695 7,696 7,697 7,698 7,699 7,700 2-309 7,714 7,715 7,716 7,717 7,718 7,719 7,720 7,721 7,722 7,723 7,724 7,725 2-310 7,739 7,740 7,741 7,742 7,743 7,744 7,745 7,746 7,747 7,748 7,749 7,750 2-311 7,764 7,765 7,766 7,767 7,768 7,769 7,770 7,771 7,772 7,773 7,774 7,775 2-312 7,789 7,790 7,791 7,792 7,793 7,794 7,795 7,796 7,797 7,798 7,799 7,800 2-313 7,814 7,815 7,816 7,817 7,818 7,819 7,820 7,821 7,822 7,823 7,824 7,825 2-314 7,839 7,840 7,841 7,842 7,843 7,844 7,845 7,846 7,847 7,848 7,849 7,850 2-315 7,864 7,865 7,866 7,867 7,868 7,869 7,870 7,871 7,872 7,873 7,874 7,875 2-316 7,889 7,890 7,891 7,892 7,893 7,894 7,895 7,896 7,897 7,898 7,899 7,900 2-317 7,914 7,915 7,916 7,917 7,918 7,919 7,920 7,921 7,922 7,923 7,924 7,925 2-318 7,939 7,940 7,941 7,942 7,943 7,944 7,945 7,946 7,947 7,948 7,949 7,950 2-319 7,964 7,965 7,966 7,967 7,968 7,969 7,970 7,971 7,972 7,973 7,974 7,975 2-320 7,989 7,990 7,991 7,992 7,993 7,994 7,995 7,996 7,997 7,998 7,999 8,000 2-321 8,014 8,015 8,016 8,017 8,018 8,019 8,020 8,021 8,022 8,023 8,024 8,025 2-322 8,039 8,040 8,041 8,042 8,043 8,044 8,045 8,046 8,047 8,048 8,049 8,050 2-323 8,064 8,065 8,066 8,067 8,068 8,069 8,070 8,071 8,072 8,073 8,074 8,075 2-324 8,089 8,090 8,091 8,092 8,093 8,094 8,095 8,096 8,097 8,098 8,099 8,100 2-325 8,114 8,115 8,116 8,117 8,118 8,119 8,120 8,121 8,122 8,123 8,124 8,125 2-326 8,139 8,140 8,141 8,142 8,143 8,144 8,145 8,146 8,147 8,148 8,149 8,150 2-327 8,164 8,165 8,166 8,167 8,168 8,169 8,170 8,171 8,172 8,173 8,174 8,175 2-328 8,189 8,190 8,191 8,192 8,193 8,194 8,195 8,196 8,197 8,198 8,199 8,200 2-329 8,214 8,215 8,216 8,217 8,218 8,219 8,220 8,221 8,222 8,223 8,224 8,225 2-330 8,239 8,240 8,241 8,242 8,243 8,244 8,245 8,246 8,247 8,248 8,249 8,250

TABLE 7 Compound represented by the formula (1) 1-1 1-2 1-3 1-4 1-5 1-6 1-7 1-8 1-9 1-10 1-11 1-12 1-13 Compound 2-331 8,251 8,252 8,253 8,254 8,255 8,256 8,257 8,258 8,259 8,260 8,261 8,262 8,263 represented 2-332 8,276 8,277 8,278 8,279 8,280 8,281 8,282 8,283 8,284 8,285 8,286 8,287 8,288 by the 2-333 8,301 8,302 8,303 8,304 8,305 8,306 8,307 8,308 8,309 8,310 8,311 8,312 8,313 formula (2) 2-334 8,326 8,327 8,328 8,329 8,330 8,331 8,332 8,333 8,334 8,335 8,336 8,337 8,338 2-335 8,351 8,352 8,353 8,354 8,355 8,356 8,357 8,358 8,359 8,360 8,361 8,362 8,363 2-336 8,376 8,377 8,378 8,379 8,380 8,381 8,382 8,383 8,384 8,385 8,386 8,387 8,388 2-337 8,401 8,402 8,403 8,404 8,405 8,406 8,407 8,408 8,409 8,410 8,411 8,412 8,413 2-338 8,426 8,427 8,428 8,429 8,430 8,431 8,432 8,433 8,434 8,435 8,436 8,437 8,438 2-339 8,451 8,452 8,453 8,454 8,455 8,456 8,457 8,458 8,459 8,460 8,461 8,462 8,463 2-340 8,476 8,477 8,478 8,479 8,480 8,481 8,482 8,483 8,484 8,485 8,486 8,487 8,488 2-341 8,501 8,502 8,503 8,504 8,505 8,506 8,507 8,508 8,509 8,510 8,511 8,512 8,513 2-342 8,526 8,527 8,528 8,529 8,530 8,531 8,532 8,533 8,534 8,535 8,536 8,537 8,538 2-343 8,551 8,552 8,553 8,554 8,555 8,556 8,557 8,558 8,559 8,560 8,561 8,562 8,563 2-344 8,576 8,577 8,578 8,579 8,580 8,581 8,582 8,583 8,584 8,585 8,586 8,587 8,588 2-345 8,601 8,602 8,603 8,604 8,605 8,606 8,607 8,608 8,609 8,610 8,611 8,612 8,613 2-346 8,626 8,627 8,628 8,629 8,630 8,631 8,632 8,633 8,634 8,635 8,636 8,637 8,638 2-347 8,651 8,652 8,653 8,654 8,655 8,656 8,657 8,658 8,659 8,660 8,661 8,662 8,663 2-348 8,676 8,677 8,678 8,679 8,680 8,681 8,682 8,683 8,684 8,685 8,686 8,687 8,688 2-349 8,701 8,702 8,703 8,704 8,705 8,706 8,707 8,708 8,709 8,710 8,711 8,712 8,713 2-350 8,726 8,727 8,728 8,729 8,730 8,731 8,732 8,733 8,734 8,735 8,736 8,737 8,738 2-351 8,751 8,752 8,753 8,754 8,755 8,756 8,757 8,758 8,759 8,760 8,761 8,762 8,763 2-352 8,776 8,777 8,778 8,779 8,780 8,781 8,782 8,783 8,784 8,785 8,786 8,787 8,788 2-353 8,801 8,802 8,803 8,804 8,805 8,806 8,807 8,808 8,809 8,810 8,811 8,812 8,813 2-354 8,826 8,827 8,828 8,829 8,830 8,831 8,832 8,833 8,834 8,835 8,836 8,837 8,838 2-355 8,851 8,852 8,853 8,854 8,855 8,856 8,857 8,858 8,859 8,860 8,861 8,862 8,863 2-356 8,876 8,877 8,878 8,879 8,880 8,881 8,882 8,883 8,884 8,885 8,886 8,887 8,888 2-357 8,901 8,902 8,903 8,904 8,905 8,906 8,907 8,908 8,909 8,910 8,911 8,912 8,913 2-358 8,926 8,927 8,928 8,929 8,930 8,931 8,932 8,933 8,934 8,935 8,936 8,937 8,938 2-359 8,951 8,952 8,953 8,954 8,955 8,956 8,957 8,958 8,959 8,960 8,961 8,962 8,963 2-360 8,976 8,977 8,978 8,979 8,980 8,981 8,982 8,983 8,984 8,985 8,986 8,987 8,988 2-361 9,001 9,002 9,003 9,004 9,005 9,006 9,007 9,008 9,009 9,010 9,011 9,012 9,013 2-362 9,026 9,027 9,028 9,029 9,030 9,031 9,032 9,033 9,034 9,035 9,036 9,037 9,038 2-363 9,051 9,052 9,053 9,054 9,055 9,056 9,057 9,058 9,059 9,060 9,061 9,062 9,063 2-364 9,076 9,077 9,078 9,079 9,080 9,081 9,082 9,083 9,084 9,085 9,086 9,087 9,088 2-365 9,101 9,102 9,103 9,104 9,105 9,106 9,107 9,108 9,109 9,110 9,111 9,112 9,113 2-366 9,126 9,127 9,128 9,129 9,130 9,131 9,132 9,133 9,134 9,135 9,136 9,137 9,138 2-367 9,151 9,152 9,153 9,154 9,155 9,156 9,157 9,158 9,159 9,160 9,161 9,162 9,163 2-368 9,176 9,177 9,178 9,179 9,180 9,181 9,182 9,183 9,184 9,185 9,186 9,187 9,188 2-369 9,201 9,202 9,203 9,204 9,205 9,206 9,207 9,208 9,209 9,210 9,211 9,212 9,213 2-370 9,226 9,227 9,228 9,229 9,230 9,231 9,232 9,233 9,234 9,235 9,236 9,237 9,238 2-371 9,251 9,252 9,253 9,254 9,255 9,256 9,257 9,258 9,259 9,260 9,261 9,262 9,263 2-372 9,276 9,277 9,278 9,279 9,280 9,281 9,282 9,283 9,284 9,285 9,286 9,287 9,288 2-373 9,301 9,302 9,303 9,304 9,305 9,306 9,307 9,308 9,309 9,310 9,311 9,312 9,313 2-374 9,326 9,327 9,328 9,329 9,330 9,331 9,332 9,333 9,334 9,335 9,336 9,337 9,338 2-375 9,351 9,352 9,353 9,354 9,355 9,356 9,357 9,358 9,359 9,360 9,361 9,362 9,363 2-376 9,376 9,377 9,378 9,379 9,380 9,381 9,382 9,383 9,384 9,385 9,386 9,387 9,388 2-377 9,401 9,402 9,403 9,404 9,405 9,406 9,407 9,408 9,409 9,410 9,411 9,412 9,413 2-378 9,426 9,427 9,428 9,429 9,430 9,431 9,432 9,433 9,434 9,435 9,436 9,437 9,438 2-379 9,451 9,452 9,453 9,454 9,455 9,456 9,457 9,458 9,459 9,460 9,461 9,462 9,463 2-380 9,476 9,477 9,478 9,479 9,480 9,481 9,482 9,483 9,484 9,485 9,486 9,487 9,488 2-381 9,501 9,502 9,503 9,504 9,505 9,506 9,507 9,508 9,509 9,510 9,511 9,512 9,513 2-382 9,526 9,527 9,528 9,529 9,530 9,531 9,532 9,533 9,534 9,535 9,536 9,537 9,538 2-383 9,551 9,552 9,553 9,554 9,555 9,556 9,557 9,558 9,559 9,560 9,561 9,562 9,563 2-384 9,576 9,577 9,578 9,579 9,580 9,581 9,582 9,583 9,584 9,585 9,586 9,587 9,588 2-385 9,601 9,602 9,603 9,604 9,605 9,606 9,607 9,608 9,609 9,610 9,611 9,612 9,613 Compound represented by the formula (1) 1-14 1-15 1-16 1-17 1-18 1-19 1-20 1-21 1-22 1-23 1-24 1-25 Compound 2-331 8,264 8,265 8,266 8,267 8,268 8,269 8,270 8,271 8,272 8,273 8,274 8,275 represented 2-332 8,289 8,290 8,291 8,292 8,293 8,294 8,295 8,296 8,297 8,298 8,299 8,300 by the 2-333 8,314 8,315 8,316 8,317 8,318 8,319 8,320 8,321 8,322 8,323 8,324 8,325 formula (2) 2-334 8,339 8,340 8,341 8,342 8,343 8,344 8,345 8,346 8,347 8,348 8,349 8,350 2-335 8,364 8,365 8,366 8,367 8,368 8,369 8,370 8,371 8,372 8,373 8,374 8,375 2-336 8,389 8,390 8,391 8,392 8,393 8,394 8,395 8,396 8,397 8,398 8,399 8,400 2-337 8,414 8,415 8,416 8,417 8,418 8,419 8,420 8,421 8,422 8,423 8,424 8,425 2-338 8,439 8,440 8,441 8,442 8,443 8,444 8,445 8,446 8,447 8,448 8,449 8,450 2-339 8,464 8,465 8,466 8,467 8,468 8,469 8,470 8,471 8,472 8,473 8,474 8,475 2-340 8,489 8,490 8,491 8,492 8,493 8,494 8,495 8,496 8,497 8,498 8,499 8,500 2-341 8,514 8,515 8,516 8,517 8,518 8,519 8,520 8,521 8,522 8,523 8,524 8,525 2-342 8,539 8,540 8,541 8,542 8,543 8,544 8,545 8,546 8,547 8,548 8,549 8,550 2-343 8,564 8,565 8,566 8,567 8,568 8,569 8,570 8,571 8,572 8,573 8,574 8,575 2-344 8,589 8,590 8,591 8,592 8,593 8,594 8,595 8,596 8,597 8,598 8,599 8,600 2-345 8,614 8,615 8,616 8,617 8,618 8,619 8,620 8,621 8,622 8,623 8,624 8,625 2-346 8,639 8,640 8,641 8,642 8,643 8,644 8,645 8,646 8,647 8,648 8,649 8,650 2-347 8,664 8,665 8,666 8,667 8,668 8,669 8,670 8,671 8,672 8,673 8,674 8,675 2-348 8,689 8,690 8,691 8,692 8,693 8,694 8,695 8,696 8,697 8,698 8,699 8,700 2-349 8,714 8,715 8,716 8,717 8,718 8,719 8,720 8,721 8,722 8,723 8,724 8,725 2-350 8,739 8,740 8,741 8,742 8,743 8,744 8,745 8,746 8,747 8,748 8,749 8,750 2-351 8,764 8,765 8,766 8,767 8,768 8,769 8,770 8,771 8,772 8,773 8,774 8,775 2-352 8,789 8,790 8,791 8,792 8,793 8,794 8,795 8,796 8,797 8,798 8,799 8,800 2-353 8,814 8,815 8,816 8,817 8,818 8,819 8,820 8,821 8,822 8,823 8,824 8,825 2-354 8,839 8,840 8,841 8,842 8,843 8,844 8,845 8,846 8,847 8,848 8,849 8,850 2-355 8,864 8,865 8,866 8,867 8,868 8,869 8,870 8,871 8,872 8,873 8,874 8,875 2-356 8,889 8,890 8,891 8,892 8,893 8,894 8,895 8,896 8,897 8,898 8,899 8,900 2-357 8,914 8,915 8,916 8,917 8,918 8,919 8,920 8,921 8,922 8,923 8,924 8,925 2-358 8,939 8,940 8,941 8,942 8,943 8,944 8,945 8,946 8,947 8,948 8,949 8,950 2-359 8,964 8,965 8,966 8,967 8,968 8,969 8,970 8,971 8,972 8,973 8,974 8,975 2-360 8,989 8,990 8,991 8,992 8,993 8,994 8,995 8,996 8,997 8,998 8,999 9,000 2-361 9,014 9,015 9,016 9,017 9,018 9,019 9,020 9,021 9,022 9,023 9,024 9,025 2-362 9,039 9,040 9,041 9,042 9,043 9,044 9,045 9,046 9,047 9,048 9,049 9,050 2-363 9,064 9,065 9,066 9,067 9,068 9,069 9,070 9,071 9,072 9,073 9,074 9,075 2-364 9,089 9,090 9,091 9,092 9,093 9,094 9,095 9,096 9,097 9,098 9,099 9,100 2-365 9,114 9,115 9,116 9,117 9,118 9,119 9,120 9,121 9,122 9,123 9,124 9,125 2-366 9,139 9,140 9,141 9,142 9,143 9,144 9,145 9,146 9,147 9,148 9,149 9,150 2-367 9,164 9,165 9,166 9,167 9,168 9,169 9,170 9,171 9,172 9,173 9,174 9,175 2-368 9,189 9,190 9,191 9,192 9,193 9,194 9,195 9,196 9,197 9,198 9,199 9,200 2-369 9,214 9,215 9,216 9,217 9,218 9,219 9,220 9,221 9,222 9,223 9,224 9,225 2-370 9,239 9,240 9,241 9,242 9,243 9,244 9,245 9,246 9,247 9,248 9,249 9,250 2-371 9,264 9,265 9,266 9,267 9,268 9,269 9,270 9,271 9,272 9,273 9,274 9,275 2-372 9,289 9,290 9,291 9,292 9,293 9,294 9,295 9,296 9,297 9,298 9,299 9,300 2-373 9,314 9,315 9,316 9,317 9,318 9,319 9,320 9,321 9,322 9,323 9,324 9,325 2-374 9,339 9,340 9,341 9,342 9,343 9,344 9,345 9,346 9,347 9,348 9,349 9,350 2-375 9,364 9,365 9,366 9,367 9,368 9,369 9,370 9,371 9,372 9,373 9,374 9,375 2-376 9,389 9,390 9,391 9,392 9,393 9,394 9,395 9,396 9,397 9,398 9,399 9,400 2-377 9,414 9,415 9,416 9,417 9,418 9,419 9,420 9,421 9,422 9,423 9,424 9,425 2-378 9,439 9,440 9,441 9,442 9,443 9,444 9,445 9,446 9,447 9,448 9,449 9,450 2-379 9,464 9,465 9,466 9,467 9,468 9,469 9,470 9,471 9,472 9,473 9,474 9,475 2-380 9,489 9,490 9,491 9,492 9,493 9,494 9,495 9,496 9,497 9,498 9,499 9,500 2-381 9,514 9,515 9,516 9,517 9,518 9,519 9,520 9,521 9,522 9,523 9,524 9,525 2-382 9,539 9,540 9,541 9,542 9,543 9,544 9,545 9,546 9,547 9,548 9,549 9,550 2-383 9,564 9,565 9,566 9,567 9,568 9,569 9,570 9,571 9,572 9,573 9,574 9,575 2-384 9,589 9,590 9,591 9,592 9,593 9,594 9,595 9,596 9,597 9,598 9,599 9,600 2-385 9,614 9,615 9,616 9,617 9,618 9,619 9,620 9,621 9,622 9,623 9,624 9,625

TABLE 8 Compound represented by the formula (1) 1-1 1-2 1-3 1-4 1-5 1-6 1-7 1-8 1-9 1-10 1-11 1-12 1-13 Compound 2-386  9,626  9,627  9,628  9,629  9,630  9,631  9,632  9,633  9,634  9,635  9,636  9,637  9,638 represented 2-387  9,651  9,652  9,653  9,654  9,655  9,656  9,657  9,658  9,659  9,660  9,661  9,662  9,663 by the 2-388  9,676  9,677  9,678  9,679  9,680  9,681  9,682  9,683  9,684  9,685  9,686  9,687  9,688 formula (2) 2-389  9,701  9,702  9,703  9,704  9,705  9,706  9,707  9,708  9,709  9,710  9,711  9,712  9,713 2-390  9,726  9,727  9,728  9,729  9,730  9,731  9,732  9,733  9,734  9,735  9,736  9,737  9,738 2-391  9,751  9,752  9,753  9,754  9,755  9,756  9,757  9,758  9,759  9,760  9,761  9,762  9,763 2-392  9,776  9,777  9,778  9,779  9,780  9,781  9,782  9,783  9,784  9,785  9,786  9,787  9,788 2-393  9,801  9,802  9,803  9,804  9,805  9,806  9,807  9,808  9,809  9,810  9,811  9,812  9,813 2-394  9,826  9,827  9,828  9,829  9,830  9,831  9,832  9,833  9,834  9,835  9,836  9,837  9,838 2-395  9,851  9,852  9,853  9,854  9,855  9,856  9,857  9,858  9,859  9,860  9,861  9,862  9,863 2-396  9,876  9,877  9,878  9,879  9,880  9,881  9,882  9,883  9,884  9,885  9,886  9,887  9,888 2-397  9,901  9,902  9,903  9,904  9,905  9,906  9,907  9,908  9,909  9,910  9,911  9,912  9,913 2-398  9,926  9,927  9,928  9,929  9,930  9,931  9,932  9,933  9,934  9,935  9,936  9,937  9,938 2-399  9,951  9,952  9,953  9,954  9,955  9,956  9,957  9,958  9,959  9,960  9,961  9,962  9,963 2-400  9,976  9,977  9,978  9,979  9,980  9,981  9,982  9,983  9,984  9,985  9,986  9,987  9,988 2-401 10,001 10,002 10,003 10,004 10,005 10,006 10,007 10,008 10,009 10,010 10,011 10,012 10,013 2-402 10,026 10,027 10,028 10,029 10,030 10,031 10,032 10,033 10,034 10,035 10,036 10,037 10,038 2-403 10,051 10,052 10,053 10,054 10,055 10,056 10,057 10,058 10,059 10,060 10,061 10,062 10,063 2-404 10,076 10,077 10,078 10,079 10,080 10,081 10,082 10,083 10,084 10,085 10,086 10,087 10,088 2-405 10,101 10,102 10,103 10,104 10,105 10,106 10,107 10,108 10,109 10,110 10,111 10,112 10,113 2-406 10,126 10,127 10,128 10,129 10,130 10,131 10,132 10,133 10,134 10,135 10,136 10,137 10,138 2-407 10,151 10,152 10,153 10,154 10,155 10,156 10,157 10,158 10,159 10,160 10,161 10,162 10,163 2-408 10,176 10,177 10,178 10,179 10,180 10,181 10,182 10,183 10,184 10,185 10,186 10,187 10,188 2-409 10,201 10,202 10,203 10,204 10,205 10,206 10,207 10,208 10,209 10,210 10,211 10,212 10,213 2-410 10,226 10,227 10,228 10,229 10,230 10,231 10,232 10,233 10,234 10,235 10,236 10,237 10,238 2-411 10,251 10,252 10,253 10,254 10,255 10,256 10,257 10,258 10,259 10,260 10,261 10,262 10,263 2-412 10,276 10,277 10,278 10,279 10,280 10,281 10,282 10,283 10,284 10,285 10,286 10,287 10,288 2-413 10,301 10,302 10,303 10,304 10,305 10,306 10,307 10,308 10,309 10,310 10,311 10,312 10,313 2-414 10,326 10,327 10,328 10,329 10,330 10,331 10,332 10,333 10,334 10,335 10,336 10,337 10,338 2-415 10,351 10,352 10,353 10,354 10,355 10,356 10,357 10,358 10,359 10,360 10,361 10,362 10,363 2-416 10,376 10,377 10,378 10,379 10,380 10,381 10,382 10,383 10,384 10,385 10,386 10,387 10,388 2-417 10,401 10,402 10,403 10,404 10,405 10,406 10,407 10,408 10,409 10,410 10,411 10,412 10,413 2-418 10,426 10,427 10,428 10,429 10,430 10,431 10,432 10,433 10,434 10,435 10,436 10,437 10,438 2-419 10,451 10,452 10,453 10,454 10,455 10,456 10,457 10,458 10,459 10,460 10,461 10,462 10,463 2-420 10,476 10,477 10,478 10,479 10,480 10,481 10,482 10,483 10,484 10,485 10,486 10,487 10,488 2-421 10,501 10,502 10,503 10,504 10,505 10,506 10,507 10,508 10,509 10,510 10,511 10,512 10,513 2-422 10,526 10,527 10,528 10,529 10,530 10,531 10,532 10,533 10,534 10,535 10,536 10,537 10,538 2-423 10,551 10,552 10,553 10,554 10,555 10,556 10,557 10,558 10,559 10,560 10,561 10,562 10,563 2-424 10,576 10,577 10,578 10,579 10,580 10,581 10,582 10,583 10,584 10,585 10,586 10,587 10,588 2-425 10,601 10,602 10,603 10,604 10,605 10,606 10,607 10,608 10,609 10,610 10,611 10,612 10,613 2-426 10,626 10,627 10,628 10,629 10,630 10,631 10,632 10,633 10,634 10,635 10,636 10,637 10,638 2-427 10,651 10,652 10,653 10,654 10,655 10,656 10,657 10,658 10,659 10,660 10,661 10,662 10,663 2-428 10,676 10,677 10,678 10,679 10,680 10,681 10,682 10,683 10,684 10,685 10,686 10,687 10,688 2-429 10,701 10,702 10,703 10,704 10,705 10,706 10,707 10,708 10,709 10,710 10,711 10,712 10,713 2-430 10,726 10,727 10,728 10,729 10,730 10,731 10,732 10,733 10,734 10,735 10,736 10,737 10,738 2-431 10,751 10,752 10,753 10,754 10,755 10,756 10,757 10,758 10,759 10,760 10,761 10,762 10,763 2-432 10,776 10,777 10,778 10,779 10,780 10,781 10,782 10,783 10,784 10,785 10,786 10,787 10,788 2-433 10,801 10,802 10,803 10,804 10,805 10,806 10,807 10,808 10,809 10,810 10,811 10,812 10,813 2-434 10,826 10,827 10,828 10,829 10,830 10,831 10,832 10,833 10,834 10,835 10,836 10,837 10,838 2-435 10,851 10,852 10,853 10,854 10,855 10,856 10,857 10,858 10,859 10,860 10,861 10,862 10,863 2-436 10,876 10,877 10,878 10,879 10,880 10,881 10,882 10,883 10,884 10,885 10,886 10,887 10,888 2-437 10,901 10,902 10,903 10,904 10,905 10,906 10,907 10,908 10,909 10,910 10,911 10,912 10,913 2-438 10,926 10,927 10,928 10,929 10,930 10,931 10,932 10,933 10,934 10,935 10,936 10,937 10,938 2-439 10,951 10,952 10,953 10,954 10,955 10,956 10,957 10,958 10,959 10,960 10,961 10,962 10,963 2-440 10,976 10,977 10,978 10,979 10,980 10,981 10,982 10,983 10,984 10,985 10,986 10,987 10,988 Compound represented by the formula (1) 1-14 1-15 1-16 1-17 1-18 1-19 1-20 1-21 1-22 1-23 1-24 1-25 Compound 2-386  9,639  9,640  9,641  9,642  9,643  9,644  9,645  9,646  9,647  9,648  9,649  9,650 represented 2-387  9,664  9,665  9,666  9,667  9,668  9,669  9,670  9,671  9,672  9,673  9,674  9,675 by the 2-388  9,689  9,690  9,691  9,692  9,693  9,694  9,695  9,696  9,697  9,698  9,699  9,700 formula (2) 2-389  9,714  9,715  9,716  9,717  9,718  9,719  9,720  9,721  9,722  9,723  9,724  9,725 2-390  9,739  9,740  9,741  9,742  9,743  9,744  9,745  9,746  9,747  9,748  9,749  9,750 2-391  9,764  9,765  9,766  9,767  9,768  9,769  9,770  9,771  9,772  9,773  9,774  9,775 2-392  9,789  9,790  9,791  9,792  9,793  9,794  9,795  9,796  9,797  9,798  9,799  9,800 2-393  9,814  9,815  9,816  9,817  9,818  9,819  9,820  9,821  9,822  9,823  9,824  9,825 2-394  9,839  9,840  9,841  9,842  9,843  9,844  9,845  9,846  9,847  9,848  9,849  9,850 2-395  9,864  9,865  9,866  9,867  9,868  9,869  9,870  9,871  9,872  9,873  9,874  9,875 2-396  9,889  9,890  9,891  9,892  9,893  9,894  9,895  9,896  9,897  9,898  9,899  9,900 2-397  9,914  9,915  9,916  9,917  9,918  9,919  9,920  9,921  9,922  9,923  9,924  9,925 2-398  9,939  9,940  9,941  9,942  9,943  9,944  9,945  9,946  9,947  9,948  9,949  9,950 2-399  9,964  9,965  9,966  9,967  9,968  9,969  9,970  9,971  9,972  9,973  9,974  9,975 2-400  9,989  9,990  9,991  9,992  9,993  9,994  9,995  9,996  9,997  9,998  9,999 10,000 2-401 10,014 10,015 10,016 10,017 10,018 10,019 10,020 10,021 10,022 10,023 10,024 10,025 2-402 10,039 10,040 10,041 10,042 10,043 10,044 10,045 10,046 10,047 10,048 10,049 10,050 2-403 10,064 10,065 10,066 10,067 10,068 10,069 10,070 10,071 10,072 10,073 10,074 10,075 2-404 10,089 10,090 10,091 10,092 10,093 10,094 10,095 10,096 10,097 10,098 10,099 10,100 2-405 10,114 10,115 10,116 10,117 10,118 10,119 10,120 10,121 10,122 10,123 10,124 10,125 2-406 10,139 10,140 10,141 10,142 10,143 10,144 10,145 10,146 10,147 10,148 10,149 10,150 2-407 10,164 10,165 10,166 10,167 10,168 10,169 10,170 10,171 10,172 10,173 10,174 10,175 2-408 10,189 10,190 10,191 10,192 10,193 10,194 10,195 10,196 10,197 10,198 10,199 10,200 2-409 10,214 10,215 10,216 10,217 10,218 10,219 10,220 10,221 10,222 10,223 10,224 10,225 2-410 10,239 10,240 10,241 10,242 10,243 10,244 10,245 10,246 10,247 10,248 10,249 10,250 2-411 10,264 10,265 10,266 10,267 10,268 10,269 10,270 10,271 10,272 10,273 10,274 10,275 2-412 10,289 10,290 10,291 10,292 10,293 10,294 10,295 10,296 10,297 10,298 10,299 10,300 2-413 10,314 10,315 10,316 10,317 10,318 10,319 10,320 10,321 10,322 10,323 10,324 10,325 2-414 10,339 10,340 10,341 10,342 10,343 10,344 10,345 10,346 10,347 10,348 10,349 10,350 2-415 10,364 10,365 10,366 10,367 10,368 10,369 10,370 10,371 10,372 10,373 10,374 10,375 2-416 10,389 10,390 10,391 10,392 10,393 10,394 10,395 10,396 10,397 10,398 10,399 10,400 2-417 10,414 10,415 10,416 10,417 10,418 10,419 10,420 10,421 10,422 10,423 10,424 10,425 2-418 10,439 10,440 10,441 10,442 10,443 10,444 10,445 10,446 10,447 10,448 10,449 10,450 2-419 10,464 10,465 10,466 10,467 10,468 10,469 10,470 10,471 10,472 10,473 10,474 10,475 2-420 10,489 10,490 10,491 10,492 10,493 10,494 10,495 10,496 10,497 10,498 10,499 10,500 2-421 10,514 10,515 10,516 10,517 10,518 10,519 10,520 10,521 10,522 10,523 10,524 10,525 2-422 10,539 10,540 10,541 10,542 10,543 10,544 10,545 10,546 10,547 10,548 10,549 10,550 2-423 10,564 10,565 10,566 10,567 10,568 10,569 10,570 10,571 10,572 10,573 10,574 10,575 2-424 10,589 10,590 10,591 10,592 10,593 10,594 10,595 10,596 10,597 10,598 10,599 10,600 2-425 10,614 10,615 10,616 10,617 10,618 10,619 10,620 10,621 10,622 10,623 10,624 10,625 2-426 10,639 10,640 10,641 10,642 10,643 10,644 10,645 10,646 10,647 10,648 10,649 10,650 2-427 10,664 10,665 10,666 10,667 10,668 10,669 10,670 10,671 10,672 10,673 10,674 10,675 2-428 10,689 10,690 10,691 10,692 10,693 10,694 10,695 10,696 10,697 10,698 10,699 10,700 2-429 10,714 10,715 10,716 10,717 10,718 10,719 10,720 10,721 10,722 10,723 10,724 10,725 2-430 10,739 10,740 10,741 10,742 10,743 10,744 10,745 10,746 10,747 10,748 10,749 10,750 2-431 10,764 10,765 10,766 10,767 10,768 10,769 10,770 10,771 10,772 10,773 10,774 10,775 2-432 10,789 10,790 10,791 10,792 10,793 10,794 10,795 10,796 10,797 10,798 10,799 10,800 2-433 10,814 10,815 10,816 10,817 10,818 10,819 10,820 10,821 10,822 10,823 10,824 10,825 2-434 10,839 10,840 10,841 10,842 10,843 10,844 10,845 10,846 10,847 10,848 10,849 10,850 2-435 10,864 10,865 10,866 10,867 10,868 10,869 10,870 10,871 10,872 10,873 10,874 10,875 2-436 10,889 10,890 10,891 10,892 10,893 10,894 10,895 10,896 10,897 10,898 10,899 10,900 2-437 10,914 10,915 10,916 10,917 10,918 10,919 10,920 10,921 10,922 10,923 10,924 10,925 2-438 10,939 10,940 10,941 10,942 10,943 10,944 10,945 10,946 10,947 10,948 10,949 10,950 2-439 10,964 10,965 10,966 10,967 10,968 10,969 10,970 10,971 10,972 10,973 10,974 10,975 2-440 10,989 10,990 10,991 10,992 10,993 10,994 10,995 10,996 10,997 10,998 10,999 11,000

TABLE 9 Compound represented by the formula (1) 1-1 1-2 1-3 1-4 1-5 1-6 1-7 1-8 1-9 1-10 1-11 1-12 1-13 Compound 2-441 11,001 11,002 11,003 11,004 11,005 11,006 11,007 11,008 11,009 11,010 11,011 11,012 11,013 represented 2-442 11,026 11,027 11,028 11,029 11,030 11,031 11,032 11,033 11,034 11,035 11,036 11,037 11,038 by the 2-443 11,051 11,052 11,053 11,054 11,055 11,056 11,057 11,058 11,059 11,060 11,061 11,062 11,063 formula (2) 2-444 11,076 11,077 11,078 11,079 11,080 11,081 11,082 11,083 11,084 11,085 11,086 11,087 11,088 2-445 11,101 11,102 11,103 11,104 11,105 11,106 11,107 11,108 11,109 11,110 11,111 11,112 11,113 2-446 11,126 11,127 11,128 11,129 11,130 11,131 11,132 11,133 11,134 11,135 11,136 11,137 11,138 2-447 11,151 11,152 11,153 11,154 11,155 11,156 11,157 11,158 11,159 11,160 11,161 11,162 11,163 2-448 11,176 11,177 11,178 11,179 11,180 11,181 11,182 11,183 11,184 11,185 11,186 11,187 11,188 2-449 11,201 11,202 11,203 11,204 11,205 11,206 11,207 11,208 11,209 11,210 11,211 11,212 11,213 2-450 11,226 11,227 11,228 11,229 11,230 11,231 11,232 11,233 11,234 11,235 11,236 11,237 11,238 2-451 11,251 11,252 11,253 11,254 11,255 11,256 11,257 11,258 11,259 11,260 11,261 11,262 11,263 2-452 11,276 11,277 11,278 11,279 11,280 11,281 11,282 11,283 11,284 11,285 11,286 11,287 11,288 2-453 11,301 11,302 11,303 11,304 11,305 11,306 11,307 11,308 11,309 11,310 11,311 11,312 11,313 2-454 11,326 11,327 11,328 11,329 11,330 11,331 11,332 11,333 11,334 11,335 11,336 11,337 11,338 2-455 11,351 11,352 11,353 11,354 11,355 11,356 11,357 11,358 11,359 11,360 11,361 11,362 11,363 2-456 11,376 11,377 11,378 11,379 11,380 11,381 11,382 11,383 11,384 11,385 11,386 11,387 11,388 2-457 11,401 11,402 11,403 11,404 11,405 11,406 11,407 11,408 11,409 11,410 11,411 11,412 11,413 2-458 11,426 11,427 11,428 11,429 11,430 11,431 11,432 11,433 11,434 11,435 11,436 11,437 11,438 2-459 11,451 11,452 11,453 11,454 11,455 11,456 11,457 11,458 11,459 11,460 11,461 11,462 11,463 2-460 11,476 11,477 11,478 11,479 11,480 11,481 11,482 11,483 11,484 11,485 11,486 11,487 11,488 2-461 11,501 11,502 11,503 11,504 11,505 11,506 11,507 11,508 11,509 11,510 11,511 11,512 11,513 2-462 11,526 11,527 11,528 11,529 11,530 11,531 11,532 11,533 11,534 11,535 11,536 11,537 11,538 2-463 11,551 11,552 11,553 11,554 11,555 11,556 11,557 11,558 11,559 11,560 11,561 11,562 11,563 2-464 11,576 11,577 11,578 11,579 11,580 11,581 11,582 11,583 11,584 11,585 11,586 11,587 11,588 2-465 11,601 11,602 11,603 11,604 11,605 11,606 11,607 11,608 11,609 11,610 11,611 11,612 11,613 2-466 11,626 11,627 11,628 11,629 11,630 11,631 11,632 11,633 11,634 11,635 11,636 11,637 11,638 2-467 11,651 11,652 11,653 11,654 11,655 11,656 11,657 11,658 11,659 11,660 11,661 11,662 11,663 2-468 11,676 11,677 11,678 11,679 11,680 11,681 11,682 11,683 11,684 11,685 11,686 11,687 11,688 2-469 11,701 11,702 11,703 11,704 11,705 11,706 11,707 11,708 11,709 11,710 11,711 11,712 11,713 2-470 11,726 11,727 11,728 11,729 11,730 11,731 11,732 11,733 11,734 11,735 11,736 11,737 11,738 2-471 11,751 11,752 11,753 11,754 11,755 11,756 11,757 11,758 11,759 11,760 11,761 11,762 11,763 2-472 11,776 11,777 11,778 11,779 11,780 11,781 11,782 11,783 11,784 11,785 11,786 11,787 11,788 2-473 11,801 11,802 11,803 11,804 11,805 11,806 11,807 11,808 11,809 11,810 11,811 11,812 11,813 2-474 11,826 11,827 11,828 11,829 11,830 11,831 11,832 11,833 11,834 11,835 11,836 11,837 11,838 2-475 11,851 11,852 11,853 11,854 11,855 11,856 11,857 11,858 11,859 11,860 11,861 11,862 11,863 Compound represented by the formula (1) 1-14 1-15 1-16 1-17 1-18 1-19 1-20 1-21 1-22 1-23 1-24 1-25 Compound 2-441 11,014 11,015 11,016 11,017 11,018 11,019 11,020 11,021 11,022 11,023 11,024 11,025 represented 2-442 11,039 11,040 11,041 11,042 11,043 11,044 11,045 11,046 11,047 11,048 11,049 11,050 by the 2-443 11,064 11,065 11,066 11,067 11,068 11,069 11,070 11,071 11,072 11,073 11,074 11,075 formula (2) 2-444 11,089 11,090 11,091 11,092 11,093 11,094 11,095 11,096 11,097 11,098 11,099 11,100 2-445 11,114 11,115 11,116 11,117 11,118 11,119 11,120 11,121 11,122 11,123 11,124 11,125 2-446 11,139 11,140 11,141 11,142 11,143 11,144 11,145 11,146 11,147 11,148 11,149 11,150 2-447 11,164 11,165 11,166 11,167 11,168 11,169 11,170 11,171 11,172 11,173 11,174 11,175 2-448 11,189 11,190 11,191 11,192 11,193 11,194 11,195 11,196 11,197 11,198 11,199 11,200 2-449 11,214 11,215 11,216 11,217 11,218 11,219 11,220 11,221 11,222 11,223 11,224 11,225 2-450 11,239 11,240 11,241 11,242 11,243 11,244 11,245 11,246 11,247 11,248 11,249 11,250 2-451 11,264 11,265 11,266 11,267 11,268 11,269 11,270 11,271 11,272 11,273 11,274 11,275 2-452 11,289 11,290 11,291 11,292 11,293 11,294 11,295 11,296 11,297 11,298 11,299 11,300 2-453 11,314 11,315 11,316 11,317 11,318 11,319 11,320 11,321 11,322 11,323 11,324 11,325 2-454 11,339 11,340 11,341 11,342 11,343 11,344 11,345 11,346 11,347 11,348 11,349 11,350 2-455 11,364 11,365 11,366 11,367 11,368 11,369 11,370 11,371 11,372 11,373 11,374 11,375 2-456 11,389 11,390 11,391 11,392 11,393 11,394 11,395 11,396 11,397 11,398 11,399 11,400 2-457 11,414 11,415 11,416 11,417 11,418 11,419 11,420 11,421 11,422 11,423 11,424 11,425 2-458 11,439 11,440 11,441 11,442 11,443 11,444 11,445 11,446 11,447 11,448 11,449 11,450 2-459 11,464 11,465 11,466 11,467 11,468 11,469 11,470 11,471 11,472 11,473 11,474 11,475 2-460 11,489 11,490 11,491 11,492 11,493 11,494 11,495 11,496 11,497 11,498 11,499 11,500 2-461 11,514 11,515 11,516 11,517 11,518 11,519 11,520 11,521 11,522 11,523 11,524 11,525 2-462 11,539 11,540 11,541 11,542 11,543 11,544 11,545 11,546 11,547 11,548 11,549 11,550 2-463 11,564 11,565 11,566 11,567 11,568 11,569 11,570 11,571 11,572 11,573 11,574 11,575 2-464 11,589 11,590 11,591 11,592 11,593 11,594 11,595 11,596 11,597 11,598 11,599 11,600 2-465 11,614 11,615 11,616 11,617 11,618 11,619 11,620 11,621 11,622 11,623 11,624 11,625 2-466 11,639 11,640 11,641 11,642 11,643 11,644 11,645 11,646 11,647 11,648 11,649 11,650 2-467 11,664 11,665 11,666 11,667 11,668 11,669 11,670 11,671 11,672 11,673 11,674 11,675 2-468 11,689 11,690 11,691 11,692 11,693 11,694 11,695 11,696 11,697 11,698 11,699 11,700 2-469 11,714 11,715 11,716 11,717 11,718 11,719 11,720 11,721 11,722 11,723 11,724 11,725 2-470 11,739 11,740 11,741 11,742 11,743 11,744 11,745 11,746 11,747 11,748 11,749 11,750 2-471 11,764 11,765 11,766 11,767 11,768 11,769 11,770 11,771 11,772 11,773 11,774 11,775 2-472 11,789 11,790 11,791 11,792 11,793 11,794 11,795 11,796 11,797 11,798 11,799 11,800 2-473 11,814 11,815 11,816 11,817 11,818 11,819 11,820 11,821 11,822 11,823 11,824 11,825 2-474 11,839 11,840 11,841 11,842 11,843 11,844 11,845 11,846 11,847 11,848 11,849 11,850 2-475 11,864 11,865 11,866 11,867 11,868 11,869 11,870 11,871 11,872 11,873 11,874 11,875

TABLE 10 Compound represented by the formula (1) 1-1 1-2 1-3 1-4 1-5 1-6 1-7 1-8 1-9 1-10 1-11 1-12 1-13 Compound 2-1  11,876 11,877 11,878 11,879 11,880 11,881 11,882 11,883 11,884 11,885 11,886 11,887 11,888 represented 2-2  11,901 11,902 11,903 11,904 11,905 11,906 11,907 11,908 11,909 11,910 11,911 11,912 11,913 by the 2-3  11,926 11,927 11,928 11,929 11,930 11,931 11,932 11,933 11,934 11,935 11,936 11,937 11,938 formula (2) 2-4  11,951 11,952 11,953 11,954 11,955 11,956 11,957 11,958 11,959 11,960 11,961 11,962 11,963 2-5  11,976 11,977 11,978 11,979 11,980 11,981 11,982 11,983 11,984 11,985 11,986 11,987 11,988 2-6  12,001 12,002 12,003 12,004 12,005 12,006 12,007 12,008 12,009 12,010 12,011 12,012 12,013 2-7  12,026 12,027 12,028 12,029 12,030 12,031 12,032 12,033 12,034 12,035 12,036 12,037 12,038 2-8  12,051 12,052 12,053 12,054 12,055 12,056 12,057 12,058 12,059 12,060 12,061 12,062 12,063 2-9  12,076 12,077 12,078 12,079 12,080 12,081 12,082 12,083 12,084 12,085 12,086 12,087 12,088 2-10 12,101 12,102 12,103 12,104 12,105 12,106 12,107 12,108 12,109 12,110 12,111 12,112 12,113 2-11 12,126 12,127 12,128 12,129 12,130 12,131 12,132 12,133 12,134 12,135 12,136 12,137 12,138 2-12 12,151 12,152 12,153 12,154 12,155 12,156 12,157 12,158 12,159 12,160 12,161 12,162 12,163 2-13 12,176 12,177 12,178 12,179 12,180 12,181 12,182 12,183 12,184 12,185 12,186 12,187 12,188 2-14 12,201 12,202 12,203 12,204 12,205 12,206 12,207 12,208 12,209 12,210 12,211 12,212 12,213 2-15 12,226 12,227 12,228 12,229 12,230 12,231 12,232 12,233 12,234 12,235 12,236 12,237 12,238 2-16 12,251 12,252 12,253 12,254 12,255 12,256 12,257 12,258 12,259 12,260 12,261 12,262 12,263 2-17 12,276 12,277 12,278 12,279 12,280 12,281 12,282 12,283 12,284 12,285 12,286 12,287 12,288 2-18 12,301 12,302 12,303 12,304 12,305 12,306 12,307 12,308 12,309 12,310 12,311 12,312 12,313 2-19 12,326 12,327 12,328 12,329 12,330 12,331 12,332 12,333 12,334 12,335 12,336 12,337 12,338 2-20 12,351 12,352 12,353 12,354 12,355 12,356 12,357 12,358 12,359 12,360 12,361 12,362 12,363 2-21 12,376 12,377 12,378 12,379 12,380 12,381 12,382 12,383 12,384 12,385 12,386 12,387 12,388 2-22 12,401 12,402 12,403 12,404 12,405 12,406 12,407 12,408 12,409 12,410 12,411 12,412 12,413 2-23 12,426 12,427 12,428 12,429 12,430 12,431 12,432 12,433 12,434 12,435 12,436 12,437 12,438 2-24 12,451 12,452 12,453 12,454 12,455 12,456 12,457 12,458 12,459 12,460 12,461 12,462 12,463 2-25 12,476 12,477 12,478 12,479 12,480 12,481 12,482 12,483 12,484 12,485 12,486 12,487 12,488 2-26 12,501 12,502 12,503 12,504 12,505 12,506 12,507 12,508 12,509 12,510 12,511 12,512 12,513 2-27 12,526 12,527 12,528 12,529 12,530 12,531 12,532 12,533 12,534 12,535 12,536 12,537 12,538 2-28 12,551 12,552 12,553 12,554 12,555 12,556 12,557 12,558 12,559 12,560 12,561 12,562 12,563 2-29 12,576 12,577 12,578 12,579 12,580 12,581 12,582 12,583 12,584 12,585 12,586 12,587 12,588 2-30 12,601 12,602 12,603 12,604 12,605 12,606 12,607 12,608 12,609 12,610 12,611 12,612 12,613 2-31 12,626 12,627 12,628 12,629 12,630 12,631 12,632 12,633 12,634 12,635 12,636 12,637 12,638 2-32 12,651 12,652 12,653 12,654 12,655 12,656 12,657 12,658 12,659 12,660 12,661 12,662 12,663 2-33 12,676 12,677 12,678 12,679 12,680 12,681 12,682 12,683 12,684 12,685 12,686 12,687 12,688 2-34 12,701 12,702 12,703 12,704 12,705 12,706 12,707 12,708 12,709 12,710 12,711 12,712 12,713 2-35 12,726 12,727 12,728 12,729 12,730 12,731 12,732 12,733 12,734 12,735 12,736 12,737 12,738 2-36 12,751 12,752 12,753 12,754 12,755 12,756 12,757 12,758 12,759 12,760 12,761 12,762 12,763 2-37 12,776 12,777 12,778 12,779 12,780 12,781 12,782 12,783 12,784 12,785 12,786 12,787 12,788 2-38 12,801 12,802 12,803 12,804 12,805 12,806 12,807 12,808 12,809 12,810 12,811 12,812 12,813 2-39 12,826 12,827 12,828 12,829 12,830 12,831 12,832 12,833 12,834 12,835 12,836 12,837 12,838 2-40 12,851 12,852 12,853 12,854 12,855 12,856 12,857 12,858 12,859 12,860 12,861 12,862 12,863 2-41 12,876 12,877 12,878 12,879 12,880 12,881 12,882 12,883 12,884 12,885 12,886 12,887 12,888 2-42 12,901 12,902 12,903 12,904 12,905 12,906 12,907 12,908 12,909 12,910 12,911 12,912 12,913 2-43 12,926 12,927 12,928 12,929 12,930 12,931 12,932 12,933 12,934 12,935 12,936 12,937 12,938 2-44 12,951 12,952 12,953 12,954 12,955 12,956 12,957 12,958 12,959 12,960 12,961 12,962 12,963 2-45 12,976 12,977 12,978 12,979 12,980 12,981 12,982 12,983 12,984 12,985 12,986 12,987 12,988 2-46 13,001 13,002 13,003 13,004 13,005 13,006 13,007 13,008 13,009 13,010 13,011 13,012 13,013 2-47 13,026 13,027 13,028 13,029 13,030 13,031 13,032 13,033 13,034 13,035 13,036 13,037 13,038 2-48 13,051 13,052 13,053 13,054 13,055 13,056 13,057 13,058 13,059 13,060 13,061 13,062 13,063 2-49 13,076 13,077 13,078 13,079 13,080 13,081 13,082 13,083 13,084 13,085 13,086 13,087 13,088 2-50 13,101 13,102 13,103 13,104 13,105 13,106 13,107 13,108 13,109 13,110 13,111 13,112 13,113 2-51 13,126 13,127 13,128 13,129 13,130 13,131 13,132 13,133 13,134 13,135 13,136 13,137 13,138 2-52 13,151 13,152 13,153 13,154 13,155 13,156 13,157 13,158 13,159 13,160 13,161 13,162 13,163 2-53 13,176 13,177 13,178 13,179 13,180 13,181 13,182 13,183 13,184 13,185 13,186 13,187 13,188 2-54 13,201 13,202 13,203 13,204 13,205 13,206 13,207 13,208 13,209 13,210 13,211 13,212 13,213 2-55 13,226 13,227 13,228 13,229 13,230 13,231 13,232 13,233 13,234 13,235 13,236 13,237 13,238 Compound represented by the formula (1) 1-14 1-15 1-16 1-17 1-18 1-19 1-20 1-21 1-22 1-23 1-24 1-25 Compound 2-1  11,889 11,890 11,891 11,892 11,893 11,894 11,895 11,896 11,897 11,898 11,899 11,900 represented 2-2  11,914 11,915 11,916 11,917 11,918 11,919 11,920 11,921 11,922 11,923 11,924 11,925 by the 2-3  11,939 11,940 11,941 11,942 11,943 11,944 11,945 11,946 11,947 11,948 11,949 11,950 formula (2) 2-4  11,964 11,965 11,966 11,967 11,968 11,969 11,970 11,971 11,972 11,973 11,974 11,975 2-5  11,989 11,990 11,991 11,992 11,993 11,994 11,995 11,996 11,997 11,998 11,999 12,000 2-6  12,014 12,015 12,016 12,017 12,018 12,019 12,020 12,021 12,022 12,023 12,024 12,025 2-7  12,039 12,040 12,041 12,042 12,043 12,044 12,045 12,046 12,047 12,048 12,049 12,050 2-8  12,064 12,065 12,066 12,067 12,068 12,069 12,070 12,071 12,072 12,073 12,074 12,075 2-9  12,089 12,090 12,091 12,092 12,093 12,094 12,095 12,096 12,097 12,098 12,099 12,100 2-10 12,114 12,115 12,116 12,117 12,118 12,119 12,120 12,121 12,122 12,123 12,124 12,125 2-11 12,139 12,140 12,141 12,142 12,143 12,144 12,145 12,146 12,147 12,148 12,149 12,150 2-12 12,164 12,165 12,166 12,167 12,168 12,169 12,170 12,171 12,172 12,173 12,174 12,175 2-13 12,189 12,190 12,191 12,192 12,193 12,194 12,195 12,196 12,197 12,198 12,199 12,200 2-14 12,214 12,215 12,216 12,217 12,218 12,219 12,220 12,221 12,222 12,223 12,224 12,225 2-15 12,239 12,240 12,241 12,242 12,243 12,244 12,245 12,246 12,247 12,248 12,249 12,250 2-16 12,264 12,265 12,266 12,267 12,268 12,269 12,270 12,271 12,272 12,273 12,274 12,275 2-17 12,289 12,290 12,291 12,292 12,293 12,294 12,295 12,296 12,297 12,298 12,299 12,300 2-18 12,314 12,315 12,316 12,317 12,318 12,319 12,320 12,321 12,322 12,323 12,324 12,325 2-19 12,339 12,340 12,341 12,342 12,343 12,344 12,345 12,346 12,347 12,348 12,349 12,350 2-20 12,364 12,365 12,366 12,367 12,368 12,369 12,370 12,371 12,372 12,373 12,374 12,375 2-21 12,389 12,390 12,391 12,392 12,393 12,394 12,395 12,396 12,397 12,398 12,399 12,400 2-22 12,414 12,415 12,416 12,417 12,418 12,419 12,420 12,421 12,422 12,423 12,424 12,425 2-23 12,439 12,440 12,441 12,442 12,443 12,444 12,445 12,446 12,447 12,448 12,449 12,450 2-24 12,464 12,465 12,466 12,467 12,468 12,469 12,470 12,471 12,472 12,473 12,474 12,475 2-25 12,489 12,490 12,491 12,492 12,493 12,494 12,495 12,496 12,497 12,498 12,499 12,500 2-26 12,514 12,515 12,516 12,517 12,518 12,519 12,520 12,521 12,522 12,523 12,524 12,525 2-27 12,539 12,540 12,541 12,542 12,543 12,544 12,545 12,546 12,547 12,548 12,549 12,550 2-28 12,564 12,565 12,566 12,567 12,568 12,569 12,570 12,571 12,572 12,573 12,574 12,575 2-29 12,589 12,590 12,591 12,592 12,593 12,594 12,595 12,596 12,597 12,598 12,599 12,600 2-30 12,614 12,615 12,616 12,617 12,618 12,619 12,620 12,621 12,622 12,623 12,624 12,625 2-31 12,639 12,640 12,641 12,642 12,643 12,644 12,645 12,646 12,647 12,648 12,649 12,650 2-32 12,664 12,665 12,666 12,667 12,668 12,669 12,670 12,671 12,672 12,673 12,674 12,675 2-33 12,689 12,690 12,691 12,692 12,693 12,694 12,695 12,696 12,697 12,698 12,699 12,700 2-34 12,714 12,715 12,716 12,717 12,718 12,719 12,720 12,721 12,722 12,723 12,724 12,725 2-35 12,739 12,740 12,741 12,742 12,743 12,744 12,745 12,746 12,747 12,748 12,749 12,750 2-36 12,764 12,765 12,766 12,767 12,768 12,769 12,770 12,771 12,772 12,773 12,774 12,775 2-37 12,789 12,790 12,791 12,792 12,793 12,794 12,795 12,796 12,797 12,798 12,799 12,800 2-38 12,814 12,815 12,816 12,817 12,818 12,819 12,820 12,821 12,822 12,823 12,824 12,825 2-39 12,839 12,840 12,841 12,842 12,843 12,844 12,845 12,846 12,847 12,848 12,849 12,850 2-40 12,864 12,865 12,866 12,867 12,868 12,869 12,870 12,871 12,872 12,873 12,874 12,875 2-41 12,889 12,890 12,891 12,892 12,893 12,894 12,895 12,896 12,897 12,898 12,899 12,900 2-42 12,914 12,915 12,916 12,917 12,918 12,919 12,920 12,921 12,922 12,923 12,924 12,925 2-43 12,939 12,940 12,941 12,942 12,943 12,944 12,945 12,946 12,947 12,948 12,949 12,950 2-44 12,964 12,965 12,966 12,967 12,968 12,969 12,970 12,971 12,972 12,973 12,974 12,975 2-45 12,989 12,990 12,991 12,992 12,993 12,994 12,995 12,996 12,997 12,998 12,999 13,000 2-46 13,014 13,015 13,016 13,017 13,018 13,019 13,020 13,021 13,022 13,023 13,024 13,025 2-47 13,039 13,040 13,041 13,042 13,043 13,044 13,045 13,046 13,047 13,048 13,049 13,050 2-48 13,064 13,065 13,066 13,067 13,068 13,069 13,070 13,071 13,072 13,073 13,074 13,075 2-49 13,089 13,090 13,091 13,092 13,093 13,094 13,095 13,096 13,097 13,098 13,099 13,100 2-50 13,114 13,115 13,116 13,117 13,118 13,119 13,120 13,121 13,122 13,123 13,124 13,125 2-51 13,139 13,140 13,141 13,142 13,143 13,144 13,145 13,146 13,147 13,148 13,149 13,150 2-52 13,164 13,165 13,166 13,167 13,168 13,169 13,170 13,171 13,172 13,173 13,174 13,175 2-53 13,189 13,190 13,191 13,192 13,193 13,194 13,195 13,196 13,197 13,198 13,199 13,200 2-54 13,214 13,215 13,216 13,217 13,218 13,219 13,220 13,221 13,222 13,223 13,224 13,225 2-55 13,239 13,240 13,241 13,242 13,243 13,244 13,245 13,246 13,247 13,248 13,249 13,250

TABLE 11 Compound represented by the formula (1) 1-1 1-2 1-3 1-4 1-5 1-6 1-7 1-8 1-9 1-10 1-11 1-12 1-13 Compound 2-56  13,251 13,252 13,253 13,254 13,255 13,256 13,257 13,258 13,259 13,260 13,261 13,262 13,263 represented 2-57  13,276 13,277 13,278 13,279 13,280 13,281 13,282 13,283 13,284 13,285 13,286 13,287 13,288 by the 2-58  13,301 13,302 13,303 13,304 13,305 13,306 13,307 13,308 13,309 13,310 13,311 13,312 13,313 formula (2) 2-59  13,326 13,327 13,328 13,329 13,330 13,331 13,332 13,333 13,334 13,335 13,336 13,337 13,338 2-60  13,351 13,352 13,353 13,354 13,355 13,356 13,357 13,358 13,359 13,360 13,361 13,362 13,363 2-61  13,376 13,377 13,378 13,379 13,380 13,381 13,382 13,383 13,384 13,385 13,386 13,387 13,388 2-62  13,401 13,402 13,403 13,404 13,405 13,406 13,407 13,408 13,409 13,410 13,411 13,412 13,413 2-63  13,426 13,427 13,428 13,429 13,430 13,431 13,432 13,433 13,434 13,435 13,436 13,437 13,438 2-64  13,451 13,452 13,453 13,454 13,455 13,456 13,457 13,458 13,459 13,460 13,461 13,462 13,463 2-65  13,476 13,477 13,478 13,479 13,480 13,481 13,482 13,483 13,484 13,485 13,486 13,487 13,488 2-66  13,501 13,502 13,503 13,504 13,505 13,506 13,507 13,508 13,509 13,510 13,511 13,512 13,513 2-67  13,526 13,527 13,528 13,529 13,530 13,531 13,532 13,533 13,534 13,535 13,536 13,537 13,538 2-68  13,551 13,552 13,553 13,554 13,555 13,556 13,557 13,558 13,559 13,560 13,561 13,562 13,563 2-69  13,576 13,577 13,578 13,579 13,580 13,581 13,582 13,583 13,584 13,585 13,586 13,587 13,588 2-70  13,601 13,602 13,603 13,604 13,605 13,606 13,607 13,608 13,609 13,610 13,611 13,612 13,613 2-71  13,626 13,627 13,628 13,629 13,630 13,631 13,632 13,633 13,634 13,635 13,636 13,637 13,638 2-72  13,651 13,652 13,653 13,654 13,655 13,656 13,657 13,658 13,659 13,660 13,661 13,662 13,663 2-73  13,676 13,677 13,678 13,679 13,680 13,681 13,682 13,683 13,684 13,685 13,686 13,687 13,688 2-74  13,701 13,702 13,703 13,704 13,705 13,706 13,707 13,708 13,709 13,710 13,711 13,712 13,713 2-75  13,726 13,727 13,728 13,729 13,730 13,731 13,732 13,733 13,734 13,735 13,736 13,737 13,738 2-76  13,751 13,752 13,753 13,754 13,755 13,756 13,757 13,758 13,759 13,760 13,761 13,762 13,763 2-77  13,776 13,777 13,778 13,779 13,780 13,781 13,782 13,783 13,784 13,785 13,786 13,787 13,788 2-78  13,801 13,802 13,803 13,804 13,805 13,806 13,807 13,808 13,809 13,810 13,811 13,812 13,813 2-79  13,826 13,827 13,828 13,829 13,830 13,831 13,832 13,833 13,834 13,835 13,836 13,837 13,838 2-80  13,851 13,852 13,853 13,854 13,855 13,856 13,857 13,858 13,859 13,860 13,861 13,862 13,863 2-81  13,876 13,877 13,878 13,879 13,880 13,881 13,882 13,883 13,884 13,885 13,886 13,887 13,888 2-82  13,901 13,902 13,903 13,904 13,905 13,906 13,907 13,908 13,909 13,910 13,911 13,912 13,913 2-83  13,926 13,927 13,928 13,929 13,930 13,931 13,932 13,933 13,934 13,935 13,936 13,937 13,938 2-84  13,951 13,952 13,953 13,954 13,955 13,956 13,957 13,958 13,959 13,960 13,961 13,962 13,963 2-85  13,976 13,977 13,978 13,979 13,980 13,981 13,982 13,983 13,984 13,985 13,986 13,987 13,988 2-86  14,001 14,002 14,003 14,004 14,005 14,006 14,007 14,008 14,009 14,010 14,011 14,012 14,013 2-87  14,026 14,027 14,028 14,029 14,030 14,031 14,032 14,033 14,034 14,035 14,036 14,037 14,038 2-88  14,051 14,052 14,053 14,054 14,055 14,056 14,057 14,058 14,059 14,060 14,061 14,062 14,063 2-89  14,076 14,077 14,078 14,079 14,080 14,081 14,082 14,083 14,084 14,085 14,086 14,087 14,088 2-90  14,101 14,102 14,103 14,104 14,105 14,106 14,107 14,108 14,109 14,110 14,111 14,112 14,113 2-91  14,126 14,127 14,128 14,129 14,130 14,131 14,132 14,133 14,134 14,135 14,136 14,137 14,138 2-92  14,151 14,152 14,153 14,154 14,155 14,156 14,157 14,158 14,159 14,160 14,161 14,162 14,163 2-93  14,176 14,177 14,178 14,179 14,180 14,181 14,182 14,183 14,184 14,185 14,186 14,187 14,188 2-94  14,201 14,202 14,203 14,204 14,205 14,206 14,207 14,208 14,209 14,210 14,211 14,212 14,213 2-95  14,226 14,227 14,228 14,229 14,230 14,231 14,232 14,233 14,234 14,235 14,236 14,237 14,238 2-96  14,251 14,252 14,253 14,254 14,255 14,256 14,257 14,258 14,259 14,260 14,261 14,262 14,263 2-97  14,276 14,277 14,278 14,279 14,280 14,281 14,282 14,283 14,284 14,285 14,286 14,287 14,288 2-98  14,301 14,302 14,303 14,304 14,305 14,306 14,307 14,308 14,309 14,310 14,311 14,312 14,313 2-99  14,326 14,327 14,328 14,329 14,330 14,331 14,332 14,333 14,334 14,335 14,336 14,337 14,338 2-100 14,351 14,352 14,353 14,354 14,355 14,356 14,357 14,358 14,359 14,360 14,361 14,362 14,363 2-101 14,376 14,377 14,378 14,379 14,380 14,381 14,382 14,383 14,384 14,385 14,386 14,387 14,388 2-102 14,401 14,402 14,403 14,404 14,405 14,406 14,407 14,408 14,409 14,410 14,411 14,412 14,413 2-103 14,426 14,427 14,428 14,429 14,430 14,431 14,432 14,433 14,434 14,435 14,436 14,437 14,438 2-104 14,451 14,452 14,453 14,454 14,455 14,456 14,457 14,458 14,459 14,460 14,461 14,462 14,463 2-105 14,476 14,477 14,478 14,479 14,480 14,481 14,482 14,483 14,484 14,485 14,486 14,487 14,488 2-106 14,501 14,502 14,503 14,504 14,505 14,506 14,507 14,508 14,509 14,510 14,511 14,512 14,513 2-107 14,526 14,527 14,528 14,529 14,530 14,531 14,532 14,533 14,534 14,535 14,536 14,537 14,538 2-108 14,551 14,552 14,553 14,554 14,555 14,556 14,557 14,558 14,559 14,560 14,561 14,562 14,563 2-109 14,576 14,577 14,578 14,579 14,580 14,581 14,582 14,583 14,584 14,585 14,586 14,587 14,588 2-110 14,601 14,602 14,603 14,604 14,605 14,606 14,607 14,608 14,609 14,610 14,611 14,612 14,613 Compound represented by the formula (1) 1-14 1-15 1-16 1-17 1-18 1-19 1-20 1-21 1-22 1-23 1-24 1-25 Compound 2-56  13,264 13,265 13,266 13,267 13,268 13,269 13,270 13,271 13,272 13,273 13,274 13,275 represented 2-57  13,289 13,290 13,291 13,292 13,293 13,294 13,295 13,296 13,297 13,298 13,299 13,300 by the 2-58  13,314 13,315 13,316 13,317 13,318 13,319 13,320 13,321 13,322 13,323 13,324 13,325 formula (2) 2-59  13,339 13,340 13,341 13,342 13,343 13,344 13,345 13,346 13,347 13,348 13,349 13,350 2-60  13,364 13,365 13,366 13,367 13,368 13,369 13,370 13,371 13,372 13,373 13,374 13,375 2-61  13,389 13,390 13,391 13,392 13,393 13,394 13,395 13,396 13,397 13,398 13,399 13,400 2-62  13,414 13,415 13,416 13,417 13,418 13,419 13,420 13,421 13,422 13,423 13,424 13,425 2-63  13,439 13,440 13,441 13,442 13,443 13,444 13,445 13,446 13,447 13,448 13,449 13,450 2-64  13,464 13,465 13,466 13,467 13,468 13,469 13,470 13,471 13,472 13,473 13,474 13,475 2-65  13,489 13,490 13,491 13,492 13,493 13,494 13,495 13,496 13,497 13,498 13,499 13,500 2-66  13,514 13,515 13,516 13,517 13,518 13,519 13,520 13,521 13,522 13,523 13,524 13,525 2-67  13,539 13,540 13,541 13,542 13,543 13,544 13,545 13,546 13,547 13,548 13,549 13,550 2-68  13,564 13,565 13,566 13,567 13,568 13,569 13,570 13,571 13,572 13,573 13,574 13,575 2-69  13,589 13,590 13,591 13,592 13,593 13,594 13,595 13,596 13,597 13,598 13,599 13,600 2-70  13,614 13,615 13,616 13,617 13,618 13,619 13,620 13,621 13,622 13,623 13,624 13,625 2-71  13,639 13,640 13,641 13,642 13,643 13,644 13,645 13,646 13,647 13,648 13,649 13,650 2-72  13,664 13,665 13,666 13,667 13,668 13,669 13,670 13,671 13,672 13,673 13,674 13,675 2-73  13,689 13,690 13,691 13,692 13,693 13,694 13,695 13,696 13,697 13,698 13,699 13,700 2-74  13,714 13,715 13,716 13,717 13,718 13,719 13,720 13,721 13,722 13,723 13,724 13,725 2-75  13,739 13,740 13,741 13,742 13,743 13,744 13,745 13,746 13,747 13,748 13,749 13,750 2-76  13,764 13,765 13,766 13,767 13,768 13,769 13,770 13,771 13,772 13,773 13,774 13,775 2-77  13,789 13,790 13,791 13,792 13,793 13,794 13,795 13,796 13,797 13,798 13,799 13,800 2-78  13,814 13,815 13,816 13,817 13,818 13,819 13,820 13,821 13,822 13,823 13,824 13,825 2-79  13,839 13,840 13,841 13,842 13,843 13,844 13,845 13,846 13,847 13,848 13,849 13,850 2-80  13,864 13,865 13,866 13,867 13,868 13,869 13,870 13,871 13,872 13,873 13,874 13,875 2-81  13,889 13,890 13,891 13,892 13,893 13,894 13,895 13,896 13,897 13,898 13,899 13,900 2-82  13,914 13,915 13,916 13,917 13,918 13,919 13,920 13,921 13,922 13,923 13,924 13,925 2-83  13,939 13,940 13,941 13,942 13,943 13,944 13,945 13,946 13,947 13,948 13,949 13,950 2-84  13,964 13,965 13,966 13,967 13,968 13,969 13,970 13,971 13,972 13,973 13,974 13,975 2-85  13,989 13,990 13,991 13,992 13,993 13,994 13,995 13,996 13,997 13,998 13,999 14,000 2-86  14,014 14,015 14,016 14,017 14,018 14,019 14,020 14,021 14,022 14,023 14,024 14,025 2-87  14,039 14,040 14,041 14,042 14,043 14,044 14,045 14,046 14,047 14,048 14,049 14,050 2-88  14,064 14,065 14,066 14,067 14,068 14,069 14,070 14,071 14,072 14,073 14,074 14,075 2-89  14,089 14,090 14,091 14,092 14,093 14,094 14,095 14,096 14,097 14,098 14,099 14,100 2-90  14,114 14,115 14,116 14,117 14,118 14,119 14,120 14,121 14,122 14,123 14,124 14,125 2-91  14,139 14,140 14,141 14,142 14,143 14,144 14,145 14,146 14,147 14,148 14,149 14,150 2-92  14,164 14,165 14,166 14,167 14,168 14,169 14,170 14,171 14,172 14,173 14,174 14,175 2-93  14,189 14,190 14,191 14,192 14,193 14,194 14,195 14,196 14,197 14,198 14,199 14,200 2-94  14,214 14,215 14,216 14,217 14,218 14,219 14,220 14,221 14,222 14,223 14,224 14,225 2-95  14,239 14,240 14,241 14,242 14,243 14,244 14,245 14,246 14,247 14,248 14,249 14,250 2-96  14,264 14,265 14,266 14,267 14,268 14,269 14,270 14,271 14,272 14,273 14,274 14,275 2-97  14,289 14,290 14,291 14,292 14,293 14,294 14,295 14,296 14,297 14,298 14,299 14,300 2-98  14,314 14,315 14,316 14,317 14,318 14,319 14,320 14,321 14,322 14,323 14,324 14,325 2-99  14,339 14,340 14,341 14,342 14,343 14,344 14,345 14,346 14,347 14,348 14,349 14,350 2-100 14,364 14,365 14,366 14,367 14,368 14,369 14,370 14,371 14,372 14,373 14,374 14,375 2-101 14,389 14,390 14,391 14,392 14,393 14,394 14,395 14,396 14,397 14,398 14,399 14,400 2-102 14,414 14,415 14,416 14,417 14,418 14,419 14,420 14,421 14,422 14,423 14,424 14,425 2-103 14,439 14,440 14,441 14,442 14,443 14,444 14,445 14,446 14,447 14,448 14,449 14,450 2-104 14,464 14,465 14,466 14,467 14,468 14,469 14,470 14,471 14,472 14,473 14,474 14,475 2-105 14,489 14,490 14,491 14,492 14,493 14,494 14,495 14,496 14,497 14,498 14,499 14,500 2-106 14,514 14,515 14,516 14,517 14,518 14,519 14,520 14,521 14,522 14,523 14,524 14,525 2-107 14,539 14,540 14,541 14,542 14,543 14,544 14,545 14,546 14,547 14,548 14,549 14,550 2-108 14,564 14,565 14,566 14,567 14,568 14,569 14,570 14,571 14,572 14,573 14,574 14,575 2-109 14,589 14,590 14,591 14,592 14,593 14,594 14,595 14,596 14,597 14,598 14,599 14,600 2-110 14,614 14,615 14,616 14,617 14,618 14,619 14,620 14,621 14,622 14,623 14,624 14,625

TABLE 12 Compound represented by the formula (1) 1-1 1-2 1-3 1-4 1-5 1-6 1-7 1-8 1-9 1-10 1-11 1-12 1-13 Compound 2-111 14,626 14,627 14,628 14,629 14,630 14,631 14,632 14,633 14,634 14,635 14,636 14,637 14,638 represented 2-112 14,651 14,652 14,653 14,654 14,655 14,656 14,657 14,658 14,659 14,660 14,661 14,662 14,663 by the 2-113 14,676 14,677 14,678 14,679 14,680 14,681 14,682 14,683 14,684 14,685 14,686 14,687 14,688 formula (2) 2-114 14,701 14,702 14,703 14,704 14,705 14,706 14,707 14,708 14,709 14,710 14,711 14,712 14,713 2-115 14,726 14,727 14,728 14,729 14,730 14,731 14,732 14,733 14,734 14,735 14,736 14,737 14,738 2-116 14,751 14,752 14,753 14,754 14,755 14,756 14,757 14,758 14,759 14,760 14,761 14,762 14,763 2-117 14,776 14,777 14,778 14,779 14,780 14,781 14,782 14,783 14,784 14,785 14,786 14,787 14,788 2-118 14,801 14,802 14,803 14,804 14,805 14,806 14,807 14,808 14,809 14,810 14,811 14,812 14,813 2-119 14,826 14,827 14,828 14,829 14,830 14,831 14,832 14,833 14,834 14,835 14,836 14,837 14,838 2-120 14,851 14,852 14,853 14,854 14,855 14,856 14,857 14,858 14,859 14,860 14,861 14,862 14,863 2-121 14,876 14,877 14,878 14,879 14,880 14,881 14,882 14,883 14,884 14,885 14,886 14,887 14,888 2-122 14,901 14,902 14,903 14,904 14,905 14,906 14,907 14,908 14,909 14,910 14,911 14,912 14,913 2-123 14,926 14,927 14,928 14,929 14,930 14,931 14,932 14,933 14,934 14,935 14,936 14,937 14,938 2-124 14,951 14,952 14,953 14,954 14,955 14,956 14,957 14,958 14,959 14,960 14,961 14,962 14,963 2-125 14,976 14,977 14,978 14,979 14,980 14,981 14,982 14,983 14,984 14,985 14,986 14,987 14,988 2-126 15,001 15,002 15,003 15,004 15,005 15,006 15,007 15,008 15,009 15,010 15,011 15,012 15,013 2-127 15,026 15,027 15,028 15,029 15,030 15,031 15,032 15,033 15,034 15,035 15,036 15,037 15,038 2-128 15,051 15,052 15,053 15,054 15,055 15,056 15,057 15,058 15,059 15,060 15,061 15,062 15,063 2-129 15,076 15,077 15,078 15,079 15,080 15,081 15,082 15,083 15,084 15,085 15,086 15,087 15,088 2-130 15,101 15,102 15,103 15,104 15,105 15,106 15,107 15,108 15,109 15,110 15,111 15,112 15,113 2-131 15,126 15,127 15,128 15,129 15,130 15,131 15,132 15,133 15,134 15,135 15,136 15,137 15,138 2-132 15,151 15,152 15,153 15,154 15,155 15,156 15,157 15,158 15,159 15,160 15,161 15,162 15,163 2-133 15,176 15,177 15,178 15,179 15,180 15,181 15,182 15,183 15,184 15,185 15,186 15,187 15,188 2-134 15,201 15,202 15,203 15,204 15,205 15,206 15,207 15,208 15,209 15,210 15,211 15,212 15,213 2-135 15,226 15,227 15,228 15,229 15,230 15,231 15,232 15,233 15,234 15,235 15,236 15,237 15,238 2-136 15,251 15,252 15,253 15,254 15,255 15,256 15,257 15,258 15,259 15,260 15,261 15,262 15,263 2-137 15,276 15,277 15,278 15,279 15,280 15,281 15,282 15,283 15,284 15,285 15,286 15,287 15,288 2-138 15,301 15,302 15,303 15,304 15,305 15,306 15,307 15,308 15,309 15,310 15,311 15,312 15,313 2-139 15,326 15,327 15,328 15,329 15,330 15,331 15,332 15,333 15,334 15,335 15,336 15,337 15,338 2-140 15,351 15,352 15,353 15,354 15,355 15,356 15,357 15,358 15,359 15,360 15,361 15,362 15,363 2-141 15,376 15,377 15,378 15,379 15,380 15,381 15,382 15,383 15,384 15,385 15,386 15,387 15,388 2-142 15,401 15,402 15,403 15,404 15,405 15,406 15,407 15,408 15,409 15,410 15,411 15,412 15,413 2-143 15,426 15,427 15,428 15,429 15,430 15,431 15,432 15,433 15,434 15,435 15,436 15,437 15,438 2-144 15,451 15,452 15,453 15,454 15,455 15,456 15,457 15,458 15,459 15,460 15,461 15,462 15,463 2-145 15,476 15,477 15,478 15,479 15,480 15,481 15,482 15,483 15,484 15,485 15,486 15,487 15,488 2-146 15,501 15,502 15,503 15,504 15,505 15,506 15,507 15,508 15,509 15,510 15,511 15,512 15,513 2-147 15,526 15,527 15,528 15,529 15,530 15,531 15,532 15,533 15,534 15,535 15,536 15,537 15,538 2-148 15,551 15,552 15,553 15,554 15,555 15,556 15,557 15,558 15,559 15,560 15,561 15,562 15,563 2-149 15,576 15,577 15,578 15,579 15,580 15,581 15,582 15,583 15,584 15,585 15,586 15,587 15,588 2-150 15,601 15,602 15,603 15,604 15,605 15,606 15,607 15,608 15,609 15,610 15,611 15,612 15,613 2-151 15,626 15,627 15,628 15,629 15,630 15,631 15,632 15,633 15,634 15,635 15,636 15,637 15,638 2-152 15,651 15,652 15,653 15,654 15,655 15,656 15,657 15,658 15,659 15,660 15,661 15,662 15,663 2-153 15,676 15,677 15,678 15,679 15,680 15,681 15,682 15,683 15,684 15,685 15,686 15,687 15,688 2-154 15,701 15,702 15,703 15,704 15,705 15,706 15,707 15,708 15,709 15,710 15,711 15,712 15,713 2-155 15,726 15,727 15,728 15,729 15,730 15,731 15,732 15,733 15,734 15,735 15,736 15,737 15,738 2-156 15,751 15,752 15,753 15,754 15,755 15,756 15,757 15,758 15,759 15,760 15,761 15,762 15,763 2-157 15,776 15,777 15,778 15,779 15,780 15,781 15,782 15,783 15,784 15,785 15,786 15,787 15,788 2-158 15,801 15,802 15,803 15,804 15,805 15,806 15,807 15,808 15,809 15,810 15,811 15,812 15,813 2-159 15,826 15,827 15,828 15,829 15,830 15,831 15,832 15,833 15,834 15,835 15,836 15,837 15,838 2-160 15,851 15,852 15,853 15,854 15,855 15,856 15,857 15,858 15,859 15,860 15,861 15,862 15,863 2-161 15,876 15,877 15,878 15,879 15,880 15,881 15,882 15,883 15,884 15,885 15,886 15,887 15,888 2-162 15,901 15,902 15,903 15,904 15,905 15,906 15,907 15,908 15,909 15,910 15,911 15,912 15,913 2-163 15,926 15,927 15,928 15,929 15,930 15,931 15,932 15,933 15,934 15,935 15,936 15,937 15,938 2-164 15,951 15,952 15,953 15,954 15,955 15,956 15,957 15,958 15,959 15,960 15,961 15,962 15,963 2-165 15,976 15,977 15,978 15,979 15,980 15,981 15,982 15,983 15,984 15,985 15,986 15,987 15,988 Compound represented by the formula (1) 1-14 1-15 1-16 1-17 1-18 1-19 1-20 1-21 1-22 1-23 1-24 1-25 Compound 2-111 14,639 14,640 14,641 14,642 14,643 14,644 14,645 14,646 14,647 14,648 14,649 14,650 represented 2-112 14,664 14,665 14,666 14,667 14,668 14,669 14,670 14,671 14,672 14,673 14,674 14,675 by the 2-113 14,689 14,690 14,691 14,692 14,693 14,694 14,695 14,696 14,697 14,698 14,699 14,700 formula (2) 2-114 14,714 14,715 14,716 14,717 14,718 14,719 14,720 14,721 14,722 14,723 14,724 14,725 2-115 14,739 14,740 14,741 14,742 14,743 14,744 14,745 14,746 14,747 14,748 14,749 14,750 2-116 14,764 14,765 14,766 14,767 14,768 14,769 14,770 14,771 14,772 14,773 14,774 14,775 2-117 14,789 14,790 14,791 14,792 14,793 14,794 14,795 14,796 14,797 14,798 14,799 14,800 2-118 14,814 14,815 14,816 14,817 14,818 14,819 14,820 14,821 14,822 14,823 14,824 14,825 2-119 14,839 14,840 14,841 14,842 14,843 14,844 14,845 14,846 14,847 14,848 14,849 14,850 2-120 14,864 14,865 14,866 14,867 14,868 14,869 14,870 14,871 14,872 14,873 14,874 14,875 2-121 14,889 14,890 14,891 14,892 14,893 14,894 14,895 14,896 14,897 14,898 14,899 14,900 2-122 14,914 14,915 14,916 14,917 14,918 14,919 14,920 14,921 14,922 14,923 14,924 14,925 2-123 14,939 14,940 14,941 14,942 14,943 14,944 14,945 14,946 14,947 14,948 14,949 14,950 2-124 14,964 14,965 14,966 14,967 14,968 14,969 14,970 14,971 14,972 14,973 14,974 14,975 2-125 14,989 14,990 14,991 14,992 14,993 14,994 14,995 14,996 14,997 14,998 14,999 15,000 2-126 15,014 15,015 15,016 15,017 15,018 15,019 15,020 15,021 15,022 15,023 15,024 15,025 2-127 15,039 15,040 15,041 15,042 15,043 15,044 15,045 15,046 15,047 15,048 15,049 15,050 2-128 15,064 15,065 15,066 15,067 15,068 15,069 15,070 15,071 15,072 15,073 15,074 15,075 2-129 15,089 15,090 15,091 15,092 15,093 15,094 15,095 15,096 15,097 15,098 15,099 15,100 2-130 15,114 15,115 15,116 15,117 15,118 15,119 15,120 15,121 15,122 15,123 15,124 15,125 2-131 15,139 15,140 15,141 15,142 15,143 15,144 15,145 15,146 15,147 15,148 15,149 15,150 2-132 15,164 15,165 15,166 15,167 15,168 15,169 15,170 15,171 15,172 15,173 15,174 15,175 2-133 15,189 15,190 15,191 15,192 15,193 15,194 15,195 15,196 15,197 15,198 15,199 15,200 2-134 15,214 15,215 15,216 15,217 15,218 15,219 15,220 15,221 15,222 15,223 15,224 15,225 2-135 15,239 15,240 15,241 15,242 15,243 15,244 15,245 15,246 15,247 15,248 15,249 15,250 2-136 15,264 15,265 15,266 15,267 15,268 15,269 15,270 15,271 15,272 15,273 15,274 15,275 2-137 15,289 15,290 15,291 15,292 15,293 15,294 15,295 15,296 15,297 15,298 15,299 15,300 2-138 15,314 15,315 15,316 15,317 15,318 15,319 15,320 15,321 15,322 15,323 15,324 15,325 2-139 15,339 15,340 15,341 15,342 15,343 15,344 15,345 15,346 15,347 15,348 15,349 15,350 2-140 15,364 15,365 15,366 15,367 15,368 15,369 15,370 15,371 15,372 15,373 15,374 15,375 2-141 15,389 15,390 15,391 15,392 15,393 15,394 15,395 15,396 15,397 15,398 15,399 15,400 2-142 15,414 15,415 15,416 15,417 15,418 15,419 15,420 15,421 15,422 15,423 15,424 15,425 2-143 15,439 15,440 15,441 15,442 15,443 15,444 15,445 15,446 15,447 15,448 15,449 15,450 2-144 15,464 15,465 15,466 15,467 15,468 15,469 15,470 15,471 15,472 15,473 15,474 15,475 2-145 15,489 15,490 15,491 15,492 15,493 15,494 15,495 15,496 15,497 15,498 15,499 15,500 2-146 15,514 15,515 15,516 15,517 15,518 15,519 15,520 15,521 15,522 15,523 15,524 15,525 2-147 15,539 15,540 15,541 15,542 15,543 15,544 15,545 15,546 15,547 15,548 15,549 15,550 2-148 15,564 15,565 15,566 15,567 15,568 15,569 15,570 15,571 15,572 15,573 15,574 15,575 2-149 15,589 15,590 15,591 15,592 15,593 15,594 15,595 15,596 15,597 15,598 15,599 15,600 2-150 15,614 15,615 15,616 15,617 15,618 15,619 15,620 15,621 15,622 15,623 15,624 15,625 2-151 15,639 15,640 15,641 15,642 15,643 15,644 15,645 15,646 15,647 15,648 15,649 15,650 2-152 15,664 15,665 15,666 15,667 15,668 15,669 15,670 15,671 15,672 15,673 15,674 15,675 2-153 15,689 15,690 15,691 15,692 15,693 15,694 15,695 15,696 15,697 15,698 15,699 15,700 2-154 15,714 15,715 15,716 15,717 15,718 15,719 15,720 15,721 15,722 15,723 15,724 15,725 2-155 15,739 15,740 15,741 15,742 15,743 15,744 15,745 15,746 15,747 15,748 15,749 15,750 2-156 15,764 15,765 15,766 15,767 15,768 15,769 15,770 15,771 15,772 15,773 15,774 15,775 2-157 15,789 15,790 15,791 15,792 15,793 15,794 15,795 15,796 15,797 15,798 15,799 15,800 2-158 15,814 15,815 15,816 15,817 15,818 15,819 15,820 15,821 15,822 15,823 15,824 15,825 2-159 15,839 15,840 15,841 15,842 15,843 15,844 15,845 15,846 15,847 15,848 15,849 15,850 2-160 15,864 15,865 15,866 15,867 15,868 15,869 15,870 15,871 15,872 15,873 15,874 15,875 2-161 15,889 15,890 15,891 15,892 15,893 15,894 15,895 15,896 15,897 15,898 15,899 15,900 2-162 15,914 15,915 15,916 15,917 15,918 15,919 15,920 15,921 15,922 15,923 15,924 15,925 2-163 15,939 15,940 15,941 15,942 15,943 15,944 15,945 15,946 15,947 15,948 15,949 15,950 2-164 15,964 15,965 15,966 15,967 15,968 15,969 15,970 15,971 15,972 15,973 15,974 15,975 2-165 15,989 15,990 15,991 15,992 15,993 15,994 15,995 15,996 15,997 15,998 15,999 16,000

TABLE 13 Compound represented by the formula (1) 1-1 1-2 1-3 1-4 1-5 1-6 1-7 1-8 1-9 1-10 1-11 1-12 1-13 Compound 2-166 16,001 16,002 16,003 16,004 16,005 16,006 16,007 16,008 16,009 16,010 16,011 16,012 16,013 represented 2-167 16,026 16,027 16,028 16,029 16,030 16,031 16,032 16,033 16,034 16,035 16,036 16,037 16,038 by the 2-168 16,051 16,052 16,053 16,054 16,055 16,056 16,057 16,058 16,059 16,060 16,061 16,062 16,063 formula (2) 2-169 16,076 16,077 16,078 16,079 16,080 16,081 16,082 16,083 16,084 16,085 16,086 16,087 16,088 2-170 16,101 16,102 16,103 16,104 16,105 16,106 16,107 16,108 16,109 16,110 16,111 16,112 16,113 2-171 16,126 16,127 16,128 16,129 16,130 16,131 16,132 16,133 16,134 16,135 16,136 16,137 16,138 2-172 16,151 16,152 16,153 16,154 16,155 16,156 16,157 16,158 16,159 16,160 16,161 16,162 16,163 2-173 16,176 16,177 16,178 16,179 16,180 16,181 16,182 16,183 16,184 16,185 16,186 16,187 16,188 2-174 16,201 16,202 16,203 16,204 16,205 16,206 16,207 16,208 16,209 16,210 16,211 16,212 16,213 2-175 16,226 16,227 16,228 16,229 16,230 16,231 16,232 16,233 16,234 16,235 16,236 16,237 16,238 2-176 16,251 16,252 16,253 16,254 16,255 16,256 16,257 16,258 16,259 16,260 16,261 16,262 16,263 2-177 16,276 16,277 16,278 16,279 16,280 16,281 16,282 16,283 16,284 16,285 16,286 16,287 16,288 2-178 16,301 16,302 16,303 16,304 16,305 16,306 16,307 16,308 16,309 16,310 16,311 16,312 16,313 2-179 16,326 16,327 16,328 16,329 16,330 16,331 16,332 16,333 16,334 16,335 16,336 16,337 16,338 2-180 16,351 16,352 16,353 16,354 16,355 16,356 16,357 16,358 16,359 16,360 16,361 16,362 16,363 2-181 16,376 16,377 16,378 16,379 16,380 16,381 16,382 16,383 16,384 16,385 16,386 16,387 16,388 2-182 16,401 16,402 16,403 16,404 16,405 16,406 16,407 16,408 16,409 16,410 16,411 16,412 16,413 2-183 16,426 16,427 16,428 16,429 16,430 16,431 16,432 16,433 16,434 16,435 16,436 16,437 16,438 2-184 16,451 16,452 16,453 16,454 16,455 16,456 16,457 16,458 16,459 16,460 16,461 16,462 16,463 2-185 16,476 16,477 16,478 16,479 16,480 16,481 16,482 16,483 16,484 16,485 16,486 16,487 16,488 2-186 16,501 16,502 16,503 16,504 16,505 16,506 16,507 16,508 16,509 16,510 16,511 16,512 16,513 2-187 16,526 16,527 16,528 16,529 16,530 16,531 16,532 16,533 16,534 16,535 16,536 16,537 16,538 2-188 16,551 16,552 16,553 16,554 16,555 16,556 16,557 16,558 16,559 16,560 16,561 16,562 16,563 2-189 16,576 16,577 16,578 16,579 16,580 16,581 16,582 16,583 16,584 16,585 16,586 16,587 16,588 2-190 16,601 16,602 16,603 16,604 16,605 16,606 16,607 16,608 16,609 16,610 16,611 16,612 16,613 2-191 16,626 16,627 16,628 16,629 16,630 16,631 16,632 16,633 16,634 16,635 16,636 16,637 16,638 2-192 16,651 16,652 16,653 16,654 16,655 16,656 16,657 16,658 16,659 16,660 16,661 16,662 16,663 2-193 16,676 16,677 16,678 16,679 16,680 16,681 16,682 16,683 16,684 16,685 16,686 16,687 16,688 2-194 16,701 16,702 16,703 16,704 16,705 16,706 16,707 16,708 16,709 16,710 16,711 16,712 16,713 2-195 16,726 16,727 16,728 16,729 16,730 16,731 16,732 16,733 16,734 16,735 16,736 16,737 16,738 2-196 16,751 16,752 16,753 16,754 16,755 16,756 16,757 16,758 16,759 16,760 16,761 16,762 16,763 2-197 16,776 16,777 16,778 16,779 16,780 16,781 16,782 16,783 16,784 16,785 16,786 16,787 16,788 2-198 16,801 16,802 16,803 16,804 16,805 16,806 16,807 16,808 16,809 16,810 16,811 16,812 16,813 2-199 16,826 16,827 16,828 16,829 16,830 16,831 16,832 16,833 16,834 16,835 16,836 16,837 16,838 2-200 16,851 16,852 16,853 16,854 16,855 16,856 16,857 16,858 16,859 16,860 16,861 16,862 16,863 2-201 16,876 16,877 16,878 16,879 16,880 16,881 16,882 16,883 16,884 16,885 16,886 16,887 16,888 2-202 16,901 16,902 16,903 16,904 16,905 16,906 16,907 16,908 16,909 16,910 16,911 16,912 16,913 2-203 16,926 16,927 16,928 16,929 16,930 16,931 16,932 16,933 16,934 16,935 16,936 16,937 16,938 2-204 16,951 16,952 16,953 16,954 16,955 16,956 16,957 16,958 16,959 16,960 16,961 16,962 16,963 2-205 16,976 16,977 16,978 16,979 16,980 16,981 16,982 16,983 16,984 16,985 16,986 16,987 16,988 2-206 17,001 17,002 17,003 17,004 17,005 17,006 17,007 17,008 17,009 17,010 17,011 17,012 17,013 2-207 17,026 17,027 17,028 17,029 17,030 17,031 17,032 17,033 17,034 17,035 17,036 17,037 17,038 2-208 17,051 17,052 17,053 17,054 17,055 17,056 17,057 17,058 17,059 17,060 17,061 17,062 17,063 2-209 17,076 17,077 17,078 17,079 17,080 17,081 17,082 17,083 17,084 17,085 17,086 17,087 17,088 2-210 17,101 17,102 17,103 17,104 17,105 17,106 17,107 17,108 17,109 17,110 17,111 17,112 17,113 2-211 17,126 17,127 17,128 17,129 17,130 17,131 17,132 17,133 17,134 17,135 17,136 17,137 17,138 2-212 17,151 17,152 17,153 17,154 17,155 17,156 17,157 17,158 17,159 17,160 17,161 17,162 17,163 2-213 17,176 17,177 17,178 17,179 17,180 17,181 17,182 17,183 17,184 17,185 17,186 17,187 17,188 2-214 17,201 17,202 17,203 17,204 17,205 17,206 17,207 17,208 17,209 17,210 17,211 17,212 17,213 2-215 17,226 17,227 17,228 17,229 17,230 17,231 17,232 17,233 17,234 17,235 17,236 17,237 17,238 2-216 17,251 17,252 17,253 17,254 17,255 17,256 17,257 17,258 17,259 17,260 17,261 17,262 17,263 2-217 17,276 17,277 17,278 17,279 17,280 17,281 17,282 17,283 17,284 17,285 17,286 17,287 17,288 2-218 17,301 17,302 17,303 17,304 17,305 17,306 17,307 17,308 17,309 17,310 17,311 17,312 17,313 2-219 17,326 17,327 17,328 17,329 17,330 17,331 17,332 17,333 17,334 17,335 17,336 17,337 17,338 2-220 17,351 17,352 17,353 17,354 17,355 17,356 17,357 17,358 17,359 17,360 17,361 17,362 17,363 Compound represented by the formula (1) 1-14 1-15 1-16 1-17 1-18 1-19 1-20 1-21 1-22 1-23 1-24 1-25 Compound 2-166 16,014 16,015 16,016 16,017 16,018 16,019 16,020 16,021 16,022 16,023 16,024 16,025 represented 2-167 16,039 16,040 16,041 16,042 16,043 16,044 16,045 16,046 16,047 16,048 16,049 16,050 by the 2-168 16,064 16,065 16,066 16,067 16,068 16,069 16,070 16,071 16,072 16,073 16,074 16,075 formula (2) 2-169 16,089 16,090 16,091 16,092 16,093 16,094 16,095 16,096 16,097 16,098 16,099 16,100 2-170 16,114 16,115 16,116 16,117 16,118 16,119 16,120 16,121 16,122 16,123 16,124 16,125 2-171 16,139 16,140 16,141 16,142 16,143 16,144 16,145 16,146 16,147 16,148 16,149 16,150 2-172 16,164 16,165 16,166 16,167 16,168 16,169 16,170 16,171 16,172 16,173 16,174 16,175 2-173 16,189 16,190 16,191 16,192 16,193 16,194 16,195 16,196 16,197 16,198 16,199 16,200 2-174 16,214 16,215 16,216 16,217 16,218 16,219 16,220 16,221 16,222 16,223 16,224 16,225 2-175 16,239 16,240 16,241 16,242 16,243 16,244 16,245 16,246 16,247 16,248 16,249 16,250 2-176 16,264 16,265 16,266 16,267 16,268 16,269 16,270 16,271 16,272 16,273 16,274 16,275 2-177 16,289 16,290 16,291 16,292 16,293 16,294 16,295 16,296 16,297 16,298 16,299 16,300 2-178 16,314 16,315 16,316 16,317 16,318 16,319 16,320 16,321 16,322 16,323 16,324 16,325 2-179 16,339 16,340 16,341 16,342 16,343 16,344 16,345 16,346 16,347 16,348 16,349 16,350 2-180 16,364 16,365 16,366 16,367 16,368 16,369 16,370 16,371 16,372 16,373 16,374 16,375 2-181 16,389 16,390 16,391 16,392 16,393 16,394 16,395 16,396 16,397 16,398 16,399 16,400 2-182 16,414 16,415 16,416 16,417 16,418 16,419 16,420 16,421 16,422 16,423 16,424 16,425 2-183 16,439 16,440 16,441 16,442 16,443 16,444 16,445 16,446 16,447 16,448 16,449 16,450 2-184 16,464 16,465 16,466 16,467 16,468 16,469 16,470 16,471 16,472 16,473 16,474 16,475 2-185 16,489 16,490 16,491 16,492 16,493 16,494 16,495 16,496 16,497 16,498 16,499 16,500 2-186 16,514 16,515 16,516 16,517 16,518 16,519 16,520 16,521 16,522 16,523 16,524 16,525 2-187 16,539 16,540 16,541 16,542 16,543 16,544 16,545 16,546 16,547 16,548 16,549 16,550 2-188 16,564 16,565 16,566 16,567 16,568 16,569 16,570 16,571 16,572 16,573 16,574 16,575 2-189 16,589 16,590 16,591 16,592 16,593 16,594 16,595 16,596 16,597 16,598 16,599 16,600 2-190 16,614 16,615 16,616 16,617 16,618 16,619 16,620 16,621 16,622 16,623 16,624 16,625 2-191 16,639 16,640 16,641 16,642 16,643 16,644 16,645 16,646 16,647 16,648 16,649 16,650 2-192 16,664 16,665 16,666 16,667 16,668 16,669 16,670 16,671 16,672 16,673 16,674 16,675 2-193 16,689 16,690 16,691 16,692 16,693 16,694 16,695 16,696 16,697 16,698 16,699 16,700 2-194 16,714 16,715 16,716 16,717 16,718 16,719 16,720 16,721 16,722 16,723 16,724 16,725 2-195 16,739 16,740 16,741 16,742 16,743 16,744 16,745 16,746 16,747 16,748 16,749 16,750 2-196 16,764 16,765 16,766 16,767 16,768 16,769 16,770 16,771 16,772 16,773 16,774 16,775 2-197 16,789 16,790 16,791 16,792 16,793 16,794 16,795 16,796 16,797 16,798 16,799 16,800 2-198 16,814 16,815 16,816 16,817 16,818 16,819 16,820 16,821 16,822 16,823 16,824 16,825 2-199 16,839 16,840 16,841 16,842 16,843 16,844 16,845 16,846 16,847 16,848 16,849 16,850 2-200 16,864 16,865 16,866 16,867 16,868 16,869 16,870 16,871 16,872 16,873 16,874 16,875 2-201 16,889 16,890 16,891 16,892 16,893 16,894 16,895 16,896 16,897 16,898 16,899 16,900 2-202 16,914 16,915 16,916 16,917 16,918 16,919 16,920 16,921 16,922 16,923 16,924 16,925 2-203 16,939 16,940 16,941 16,942 16,943 16,944 16,945 16,946 16,947 16,948 16,949 16,950 2-204 16,964 16,965 16,966 16,967 16,968 16,969 16,970 16,971 16,972 16,973 16,974 16,975 2-205 16,989 16,990 16,991 16,992 16,993 16,994 16,995 16,996 16,997 16,998 16,999 17,000 2-206 17,014 17,015 17,016 17,017 17,018 17,019 17,020 17,021 17,022 17,023 17,024 17,025 2-207 17,039 17,040 17,041 17,042 17,043 17,044 17,045 17,046 17,047 17,048 17,049 17,050 2-208 17,064 17,065 17,066 17,067 17,068 17,069 17,070 17,071 17,072 17,073 17,074 17,075 2-209 17,089 17,090 17,091 17,092 17,093 17,094 17,095 17,096 17,097 17,098 17,099 17,100 2-210 17,114 17,115 17,116 17,117 17,118 17,119 17,120 17,121 17,122 17,123 17,124 17,125 2-211 17,139 17,140 17,141 17,142 17,143 17,144 17,145 17,146 17,147 17,148 17,149 17,150 2-212 17,164 17,165 17,166 17,167 17,168 17,169 17,170 17,171 17,172 17,173 17,174 17,175 2-213 17,189 17,190 17,191 17,192 17,193 17,194 17,195 17,196 17,197 17,198 17,199 17,200 2-214 17,214 17,215 17,216 17,217 17,218 17,219 17,220 17,221 17,222 17,223 17,224 17,225 2-215 17,239 17,240 17,241 17,242 17,243 17,244 17,245 17,246 17,247 17,248 17,249 17,250 2-216 17,264 17,265 17,266 17,267 17,268 17,269 17,270 17,271 17,272 17,273 17,274 17,275 2-217 17,289 17,290 17,291 17,292 17,293 17,294 17,295 17,296 17,297 17,298 17,299 17,300 2-218 17,314 17,315 17,316 17,317 17,318 17,319 17,320 17,321 17,322 17,323 17,324 17,325 2-219 17,339 17,340 17,341 17,342 17,343 17,344 17,345 17,346 17,347 17,348 17,349 17,350 2-220 17,364 17,365 17,366 17,367 17,368 17,369 17,370 17,371 17,372 17,373 17,374 17,375

TABLE 14 Compound represented by the formula (1) 1-1 1-2 1-3 1-4 1-5 1-6 1-7 1-8 1-9 1-10 1-11 1-12 1-13 Compound 2-221 17,376 17,377 17,378 17,379 17,380 17,381 17,382 17,383 17,384 17,385 17,386 17,387 17,388 represented 2-222 17,401 17,402 17,403 17,404 17,405 17,406 17,407 17,408 17,409 17,410 17,411 17,412 17,413 by the 2-223 17,426 17,427 17,428 17,429 17,430 17,431 17,432 17,433 17,434 17,435 17,436 17,437 17,438 formula (2) 2-224 17,451 17,452 17,453 17,454 17,455 17,456 17,457 17,458 17,459 17,460 17,461 17,462 17,463 2-225 17,476 17,477 17,478 17,479 17,480 17,481 17,482 17,483 17,484 17,485 17,486 17,487 17,488 2-226 17,501 17,502 17,503 17,504 17,505 17,506 17,507 17,508 17,509 17,510 17,511 17,512 17,513 2-227 17,526 17,527 17,528 17,529 17,530 17,531 17,532 17,533 17,534 17,535 17,536 17,537 17,538 2-228 17,551 17,552 17,553 17,554 17,555 17,556 17,557 17,558 17,559 17,560 17,561 17,562 17,563 2-229 17,576 17,577 17,578 17,579 17,580 17,581 17,582 17,583 17,584 17,585 17,586 17,587 17,588 2-230 17,601 17,602 17,603 17,604 17,605 17,606 17,607 17,608 17,609 17,610 17,611 17,612 17,613 2-231 17,626 17,627 17,628 17,629 17,630 17,631 17,632 17,633 17,634 17,635 17,636 17,637 17,638 2-232 17,651 17,652 17,653 17,654 17,655 17,656 17,657 17,658 17,659 17,660 17,661 17,662 17,663 2-233 17,676 17,677 17,678 17,679 17,680 17,681 17,682 17,683 17,684 17,685 17,686 17,687 17,688 2-234 17,701 17,702 17,703 17,704 17,705 17,706 17,707 17,708 17,709 17,710 17,711 17,712 17,713 2-235 17,726 17,727 17,728 17,729 17,730 17,731 17,732 17,733 17,734 17,735 17,736 17,737 17,738 2-236 17,751 17,752 17,753 17,754 17,755 17,756 17,757 17,758 17,759 17,760 17,761 17,762 17,763 2-237 17,776 17,777 17,778 17,779 17,780 17,781 17,782 17,783 17,784 17,785 17,786 17,787 17,788 2-238 17,801 17,802 17,803 17,804 17,805 17,806 17,807 17,808 17,809 17,810 17,811 17,812 17,813 2-239 17,826 17,827 17,828 17,829 17,830 17,831 17,832 17,833 17,834 17,835 17,836 17,837 17,838 2-240 17,851 17,852 17,853 17,854 17,855 17,856 17,857 17,858 17,859 17,860 17,861 17,862 17,863 2-241 17,876 17,877 17,878 17,879 17,880 17,881 17,882 17,883 17,884 17,885 17,886 17,887 17,888 2-242 17,901 17,902 17,903 17,904 17,905 17,906 17,907 17,908 17,909 17,910 17,911 17,912 17,913 2-243 17,926 17,927 17,928 17,929 17,930 17,931 17,932 17,933 17,934 17,935 17,936 17,937 17,938 2-244 17,951 17,952 17,953 17,954 17,955 17,956 17,957 17,958 17,959 17,960 17,961 17,962 17,963 2-245 17,976 17,977 17,978 17,979 17,980 17,981 17,982 17,983 17,984 17,985 17,986 17,987 17,988 2-246 18,001 18,002 18,003 18,004 18,005 18,006 18,007 18,008 18,009 18,010 18,011 18,012 18,013 2-247 18,026 18,027 18,028 18,029 18,030 18,031 18,032 18,033 18,034 18,035 18,036 18,037 18,038 2-248 18,051 18,052 18,053 18,054 18,055 18,056 18,057 18,058 18,059 18,060 18,061 18,062 18,063 2-249 18,076 18,077 18,078 18,079 18,080 18,081 18,082 18,083 18,084 18,085 18,086 18,087 18,088 2-250 18,101 18,102 18,103 18,104 18,105 18,106 18,107 18,108 18,109 18,110 18,111 18,112 18,113 2-251 18,126 18,127 18,128 18,129 18,130 18,131 18,132 18,133 18,134 18,135 18,136 18,137 18,138 2-252 18,151 18,152 18,153 18,154 18,155 18,156 18,157 18,158 18,159 18,160 18,161 18,162 18,163 2-253 18,176 18,177 18,178 18,179 18,180 18,181 18,182 18,183 18,184 18,185 18,186 18,187 18,188 2-254 18,201 18,202 18,203 18,204 18,205 18,206 18,207 18,208 18,209 18,210 18,211 18,212 18,213 2-255 18,226 18,227 18,228 18,229 18,230 18,231 18,232 18,233 18,234 18,235 18,236 18,237 18,238 2-256 18,251 18,252 18,253 18,254 18,255 18,256 18,257 18,258 18,259 18,260 18,261 18,262 18,263 2-257 18,276 18,277 18,278 18,279 18,280 18,281 18,282 18,283 18,284 18,285 18,286 18,287 18,288 2-258 18,301 18,302 18,303 18,304 18,305 18,306 18,307 18,308 18,309 18,310 18,311 18,312 18,313 2-259 18,326 18,327 18,328 18,329 18,330 18,331 18,332 18,333 18,334 18,335 18,336 18,337 18,338 2-260 18,351 18,352 18,353 18,354 18,355 18,356 18,357 18,358 18,359 18,360 18,361 18,362 18,363 2-261 18,376 18,377 18,378 18,379 18,380 18,381 18,382 18,383 18,384 18,385 18,386 18,387 18,388 2-262 18,401 18,402 18,403 18,404 18,405 18,406 18,407 18,408 18,409 18,410 18,411 18,412 18,413 2-263 18,426 18,427 18,428 18,429 18,430 18,431 18,432 18,433 18,434 18,435 18,436 18,437 18,438 2-264 18,451 18,452 18,453 18,454 18,455 18,456 18,457 18,458 18,459 18,460 18,461 18,462 18,463 2-265 18,476 18,477 18,478 18,479 18,480 18,481 18,482 18,483 18,484 18,485 18,486 18,487 18,488 2-266 18,501 18,502 18,503 18,504 18,505 18,506 18,507 18,508 18,509 18,510 18,511 18,512 18,513 2-267 18,526 18,527 18,528 18,529 18,530 18,531 18,532 18,533 18,534 18,535 18,536 18,537 18,538 2-268 18,551 18,552 18,553 18,554 18,555 18,556 18,557 18,558 18,559 18,560 18,561 18,562 18,563 2-269 18,576 18,577 18,578 18,579 18,580 18,581 18,582 18,583 18,584 18,585 18,586 18,587 18,588 2-270 18,601 18,602 18,603 18,604 18,605 18,606 18,607 18,608 18,609 18,610 18,611 18,612 18,613 2-271 18,626 18,627 18,628 18,629 18,630 18,631 18,632 18,633 18,634 18,635 18,636 18,637 18,638 2-272 18,651 18,652 18,653 18,654 18,655 18,656 18,657 18,658 18,659 18,660 18,661 18,662 18,663 2-273 18,676 18,677 18,678 18,679 18,680 18,681 18,682 18,683 18,684 18,685 18,686 18,687 18,688 2-274 18,701 18,702 18,703 18,704 18,705 18,706 18,707 18,708 18,709 18,710 18,711 18,712 18,713 2-275 18,726 18,727 18,728 18,729 18,730 18,731 18,732 18,733 18,734 18,735 18,736 18,737 18,738 Compound represented by the formula (1) 1-14 1-15 1-16 1-17 1-18 1-19 1-20 1-21 1-22 1-23 1-24 1-25 Compound 2-221 17,389 17,390 17,391 17,392 17,393 17,394 17,395 17,396 17,397 17,398 17,399 17,400 represented 2-222 17,414 17,415 17,416 17,417 17,418 17,419 17,420 17,421 17,422 17,423 17,424 17,425 by the 2-223 17,439 17,440 17,441 17,442 17,443 17,444 17,445 17,446 17,447 17,448 17,449 17,450 formula (2) 2-224 17,464 17,465 17,466 17,467 17,468 17,469 17,470 17,471 17,472 17,473 17,474 17,475 2-225 17,489 17,490 17,491 17,492 17,493 17,494 17,495 17,496 17,497 17,498 17,499 17,500 2-226 17,514 17,515 17,516 17,517 17,518 17,519 17,520 17,521 17,522 17,523 17,524 17,525 2-227 17,539 17,540 17,541 17,542 17,543 17,544 17,545 17,546 17,547 17,548 17,549 17,550 2-228 17,564 17,565 17,566 17,567 17,568 17,569 17,570 17,571 17,572 17,573 17,574 17,575 2-229 17,589 17,590 17,591 17,592 17,593 17,594 17,595 17,596 17,597 17,598 17,599 17,600 2-230 17,614 17,615 17,616 17,617 17,618 17,619 17,620 17,621 17,622 17,623 17,624 17,625 2-231 17,639 17,640 17,641 17,642 17,643 17,644 17,645 17,646 17,647 17,648 17,649 17,650 2-232 17,664 17,665 17,666 17,667 17,668 17,669 17,670 17,671 17,672 17,673 17,674 17,675 2-233 17,689 17,690 17,691 17,692 17,693 17,694 17,695 17,696 17,697 17,698 17,699 17,700 2-234 17,714 17,715 17,716 17,717 17,718 17,719 17,720 17,721 17,722 17,723 17,724 17,725 2-235 17,739 17,740 17,741 17,742 17,743 17,744 17,745 17,746 17,747 17,748 17,749 17,750 2-236 17,764 17,765 17,766 17,767 17,768 17,769 17,770 17,771 17,772 17,773 17,774 17,775 2-237 17,789 17,790 17,791 17,792 17,793 17,794 17,795 17,796 17,797 17,798 17,799 17,800 2-238 17,814 17,815 17,816 17,817 17,818 17,819 17,820 17,821 17,822 17,823 17,824 17,825 2-239 17,839 17,840 17,841 17,842 17,843 17,844 17,845 17,846 17,847 17,848 17,849 17,850 2-240 17,864 17,865 17,866 17,867 17,868 17,869 17,870 17,871 17,872 17,873 17,874 17,875 2-241 17,889 17,890 17,891 17,892 17,893 17,894 17,895 17,896 17,897 17,898 17,899 17,900 2-242 17,914 17,915 17,916 17,917 17,918 17,919 17,920 17,921 17,922 17,923 17,924 17,925 2-243 17,939 17,940 17,941 17,942 17,943 17,944 17,945 17,946 17,947 17,948 17,949 17,950 2-244 17,964 17,965 17,966 17,967 17,968 17,969 17,970 17,971 17,972 17,973 17,974 17,975 2-245 17,989 17,990 17,991 17,992 17,993 17,994 17,995 17,996 17,997 17,998 17,999 18,000 2-246 18,014 18,015 18,016 18,017 18,018 18,019 18,020 18,021 18,022 18,023 18,024 18,025 2-247 18,039 18,040 18,041 18,042 18,043 18,044 18,045 18,046 18,047 18,048 18,049 18,050 2-248 18,064 18,065 18,066 18,067 18,068 18,069 18,070 18,071 18,072 18,073 18,074 18,075 2-249 18,089 18,090 18,091 18,092 18,093 18,094 18,095 18,096 18,097 18,098 18,099 18,100 2-250 18,114 18,115 18,116 18,117 18,118 18,119 18,120 18,121 18,122 18,123 18,124 18,125 2-251 18,139 18,140 18,141 18,142 18,143 18,144 18,145 18,146 18,147 18,148 18,149 18,150 2-252 18,164 18,165 18,166 18,167 18,168 18,169 18,170 18,171 18,172 18,173 18,174 18,175 2-253 18,189 18,190 18,191 18,192 18,193 18,194 18,195 18,196 18,197 18,198 18,199 18,200 2-254 18,214 18,215 18,216 18,217 18,218 18,219 18,220 18,221 18,222 18,223 18,224 18,225 2-255 18,239 18,240 18,241 18,242 18,243 18,244 18,245 18,246 18,247 18,248 18,249 18,250 2-256 18,264 18,265 18,266 18,267 18,268 18,269 18,270 18,271 18,272 18,273 18,274 18,275 2-257 18,289 18,290 18,291 18,292 18,293 18,294 18,295 18,296 18,297 18,298 18,299 18,300 2-258 18,314 18,315 18,316 18,317 18,318 18,319 18,320 18,321 18,322 18,323 18,324 18,325 2-259 18,339 18,340 18,341 18,342 18,343 18,344 18,345 18,346 18,347 18,348 18,349 18,350 2-260 18,364 18,365 18,366 18,367 18,368 18,369 18,370 18,371 18,372 18,373 18,374 18,375 2-261 18,389 18,390 18,391 18,392 18,393 18,394 18,395 18,396 18,397 18,398 18,399 18,400 2-262 18,414 18,415 18,416 18,417 18,418 18,419 18,420 18,421 18,422 18,423 18,424 18,425 2-263 18,439 18,440 18,441 18,442 18,443 18,444 18,445 18,446 18,447 18,448 18,449 18,450 2-264 18,464 18,465 18,466 18,467 18,468 18,469 18,470 18,471 18,472 18,473 18,474 18,475 2-265 18,489 18,490 18,491 18,492 18,493 18,494 18,495 18,496 18,497 18,498 18,499 18,500 2-266 18,514 18,515 18,516 18,517 18,518 18,519 18,520 18,521 18,522 18,523 18,524 18,525 2-267 18,539 18,540 18,541 18,542 18,543 18,544 18,545 18,546 18,547 18,548 18,549 18,550 2-268 18,564 18,565 18,566 18,567 18,568 18,569 18,570 18,571 18,572 18,573 18,574 18,575 2-269 18,589 18,590 18,591 18,592 18,593 18,594 18,595 18,596 18,597 18,598 18,599 18,600 2-270 18,614 18,615 18,616 18,617 18,618 18,619 18,620 18,621 18,622 18,623 18,624 18,625 2-271 18,639 18,640 18,641 18,642 18,643 18,644 18,645 18,646 18,647 18,648 18,649 18,650 2-272 18,664 18,665 18,666 18,667 18,668 18,669 18,670 18,671 18,672 18,673 18,674 18,675 2-273 18,689 18,690 18,691 18,692 18,693 18,694 18,695 18,696 18,697 18,698 18,699 18,700 2-274 18,714 18,715 18,716 18,717 18,718 18,719 18,720 18,721 18,722 18,723 18,724 18,725 2-275 18,739 18,740 18,741 18,742 18,743 18,744 18,745 18,746 18,747 18,748 18,749 18,750

TABLE 15 Compound represented by the formula (1) 1-1 1-2 1-3 1-4 1-5 1-6 1-7 1-8 1-9 1-10 1-11 1-12 1-13 Compound 2-276 18,751 18,752 18,753 18,754 18,755 18,756 18,757 18,758 18,759 18,760 18,761 18,762 18,763 represented 2-277 18,776 18,777 18,778 18,779 18,780 18,781 18,782 18,783 18,784 18,785 18,786 18,787 18,788 by the 2-278 18,801 18,802 18,803 18,804 18,805 18,806 18,807 18,808 18,809 18,810 18,811 18,812 18,813 formula (2) 2-279 18,826 18,827 18,828 18,829 18,830 18,831 18,832 18,833 18,834 18,835 18,836 18,837 18,838 2-280 18,851 18,852 18,853 18,854 18,855 18,856 18,857 18,858 18,859 18,860 18,861 18,862 18,863 2-281 18,876 18,877 18,878 18,879 18,880 18,881 18,882 18,883 18,884 18,885 18,886 18,887 18,888 2-282 18,901 18,902 18,903 18,904 18,905 18,906 18,907 18,908 18,909 18,910 18,911 18,912 18,913 2-283 18,926 18,927 18,928 18,929 18,930 18,931 18,932 18,933 18,934 18,935 18,936 18,937 18,938 2-284 18,951 18,952 18,953 18,954 18,955 18,956 18,957 18,958 18,959 18,960 18,961 18,962 18,963 2-285 18,976 18,977 18,978 18,979 18,980 18,981 18,982 18,983 18,984 18,985 18,986 18,987 18,988 2-286 19,001 19,002 19,003 19,004 19,005 19,006 19,007 19,008 19,009 19,010 19,011 19,012 19,013 2-287 19,026 19,027 19,028 19,029 19,030 19,031 19,032 19,033 19,034 19,035 19,036 19,037 19,038 2-288 19,051 19,052 19,053 19,054 19,055 19,056 19,057 19,058 19,059 19,060 19,061 19,062 19,063 2-289 19,076 19,077 19,078 19,079 19,080 19,081 19,082 19,083 19,084 19,085 19,086 19,087 19,088 2-290 19,101 19,102 19,103 19,104 19,105 19,106 19,107 19,108 19,109 19,110 19,111 19,112 19,113 2-291 19,126 19,127 19,128 19,129 19,130 19,131 19,132 19,133 19,134 19,135 19,136 19,137 19,138 2-292 19,151 19,152 19,153 19,154 19,155 19,156 19,157 19,158 19,159 19,160 19,161 19,162 19,163 2-293 19,176 19,177 19,178 19,179 19,180 19,181 19,182 19,183 19,184 19,185 19,186 19,187 19,188 2-294 19,201 19,102 19,103 19,104 19,105 19,106 19,107 19,108 19,109 19,110 19,111 19,112 19,113 2-295 19,226 19,227 19,228 19,229 19,230 19,231 19,232 19,233 19,234 19,235 19,236 19,237 19,238 2-296 19,251 19,252 19,253 19,254 19,255 19,256 19,257 19,258 19,259 19,260 19,261 19,262 19,263 2-297 19,276 19,277 19,278 19,279 19,280 19,281 19,282 19,283 19,284 19,285 19,286 19,287 19,288 2-298 19,301 19,302 19,303 19,304 19,305 19,306 19,307 19,308 19,309 19,310 19,311 19,312 19,313 2-299 19,326 19,327 19,328 19,329 19,330 19,331 19,332 19,333 19,334 19,335 19,336 19,337 19,338 2-300 19,351 19,352 19,353 19,354 19,355 19,356 19,357 19,358 19,359 19,360 19,361 19,362 19,363 2-301 19,376 19,377 19,378 19,379 19,380 19,381 19,382 19,383 19,384 19,385 19,386 19,387 19,388 2-302 19,401 19,402 19,303 19,304 19,305 19,306 19,307 19,308 19,309 19,310 19,311 19,312 19,313 2-303 19,426 19,427 19,428 19,429 19,430 19,431 19,432 19,433 19,434 19,435 19,436 19,437 19,438 2-304 19,451 19,452 19,453 19,454 19,455 19,456 19,457 19,458 19,459 19,460 19,461 19,462 19,463 2-305 19,476 19,477 19,478 19,479 19,480 19,481 19,482 19,483 19,484 19,485 19,486 19,487 19,488 2-306 19,501 19,502 19,503 19,504 19,505 19,506 19,507 19,508 19,509 19,510 19,511 19,512 19,513 2-307 19,526 19,527 19,528 19,529 19,530 19,531 19,532 19,533 19,534 19,535 19,536 19,537 19,538 2-308 19,551 19,552 19,553 19,554 19,555 19,556 19,557 19,558 19,559 19,560 19,561 19,562 19,563 2-309 19,576 19,577 19,578 19,579 19,580 19,581 19,582 19,583 19,584 19,585 19,586 19,587 19,588 2-310 19,601 19,602 19,603 19,604 19,605 19,606 19,607 19,608 19,609 19,610 19,611 19,612 19,613 2-311 19,626 19,627 19,628 19,629 19,630 19,631 19,632 19,633 19,634 19,635 19,636 19,637 19,638 2-312 19,651 19,652 19,653 19,654 19,655 19,656 19,657 19,658 19,659 19,660 19,661 19,662 19,663 2-313 19,676 19,677 19,678 19,679 19,680 19,681 19,682 19,683 19,684 19,685 19,686 19,687 19,688 2-314 19,701 19,702 19,703 19,704 19,705 19,706 19,707 19,708 19,709 19,710 19,711 19,712 19,713 2-315 19,726 19,727 19,728 19,729 19,730 19,731 19,732 19,733 19,734 19,735 19,736 19,737 19,738 2-316 19,751 19,752 19,753 19,754 19,755 19,756 19,757 19,758 19,759 19,760 19,761 19,762 19,763 2-317 19,776 19,777 19,778 19,779 19,780 19,781 19,782 19,783 19,784 19,785 19,786 19,787 19,788 2-318 19,801 19,802 19,803 19,804 19,805 19,806 19,807 19,808 19,809 19,810 19,811 19,812 19,813 2-319 19,826 19,827 19,828 19,829 19,830 19,831 19,832 19,833 19,834 19,835 19,836 19,837 19,838 2-320 19,851 19,852 19,853 19,854 19,855 19,856 19,857 19,858 19,859 19,860 19,861 19,862 19,863 2-321 19,876 19,877 19,878 19,879 19,880 19,881 19,882 19,883 19,884 19,885 19,886 19,887 19,888 2-322 19,901 19,902 19,903 19,904 19,905 19,906 19,907 19,908 19,909 19,910 19,911 19,912 19,913 2-323 19,926 19,927 19,928 19,929 19,930 19,931 19,932 19,933 19,934 19,935 19,936 19,937 19,938 2-324 19,951 19,952 19,953 19,954 19,955 19,956 19,957 19,958 19,959 19,960 19,961 19,962 19,963 2-325 19,976 19,977 19,978 19,979 19,980 19,981 19,982 19,983 19,984 19,985 19,986 19,987 19,988 2-326 20,001 20,002 20,003 20,004 20,005 20,006 20,007 20,008 20,009 20,010 20,011 20,012 20,013 2-327 20,026 20,027 20,028 20,029 20,030 20,031 20,032 20,033 20,034 20,035 20,036 20,037 20,038 2-328 20,051 20,052 20,053 20,054 20,055 20,056 20,057 20,058 20,059 20,060 20,061 20,062 20,063 2-329 20,076 20,077 20,078 20,079 20,080 20,081 20,082 20,083 20,084 20,085 20,086 20,087 20,088 2-330 20,101 20,102 20,103 20,104 20,105 20,106 20,107 20,108 20,109 20,110 20,111 20,112 20,113 Compound represented by the formula (1) 1-14 1-15 1-16 1-17 1-18 1-19 1-20 1-21 1-22 1-23 1-24 1-25 Compound 2-276 18,764 18,765 18,766 18,767 18,768 18,769 18,770 18,771 18,772 18,773 18,774 18,775 represented 2-277 18,789 18,790 18,791 18,792 18,793 18,794 18,795 18,796 18,797 18,798 18,799 18,800 by the 2-278 18,814 18,815 18,816 18,817 18,818 18,819 18,820 18,821 18,822 18,823 18,824 18,825 formula (2) 2-279 18,839 18,840 18,841 18,842 18,843 18,844 18,845 18,846 18,847 18,848 18,849 18,850 2-280 18,864 18,865 18,866 18,867 18,868 18,869 18,870 18,871 18,872 18,873 18,874 18,875 2-281 18,889 18,890 18,891 18,892 18,893 18,894 18,895 18,896 18,897 18,898 18,899 18,900 2-282 18,914 18,915 18,916 18,917 18,918 18,919 18,920 18,921 18,922 18,923 18,924 18,925 2-283 18,939 18,940 18,941 18,942 18,943 18,944 18,945 18,946 18,947 18,948 18,949 18,950 2-284 18,964 18,965 18,966 18,967 18,968 18,969 18,970 18,971 18,972 18,973 18,974 18,975 2-285 18,989 18,990 18,991 18,992 18,993 18,994 18,995 18,996 18,997 18,998 18,999 19,000 2-286 19,014 19,015 19,016 19,017 19,018 19,019 19,020 19,021 19,022 19,023 19,024 19,025 2-287 19,039 19,040 19,041 19,042 19,043 19,044 19,045 19,046 19,047 19,048 19,049 19,050 2-288 19,064 19,065 19,066 19,067 19,068 19,069 19,070 19,071 19,072 19,073 19,074 19,075 2-289 19,089 19,090 19,091 19,092 19,093 19,094 19,095 19,096 19,097 19,098 19,099 19,100 2-290 19,114 19,115 19,116 19,117 19,118 19,119 19,120 19,121 19,122 19,123 19,124 19,125 2-291 19,139 19,140 19,141 19,142 19,143 19,144 19,145 19,146 19,147 19,148 19,149 19,150 2-292 19,164 19,165 19,166 19,167 19,168 19,169 19,170 19,171 19,172 19,173 19,174 19,175 2-293 19,189 19,190 19,191 19,192 19,193 19,194 19,195 19,196 19,197 19,198 19,199 19,200 2-294 19,114 19,115 19,116 19,117 19,118 19,119 19,120 19,121 19,122 19,123 19,124 19,125 2-295 19,239 19,240 19,241 19,242 19,243 19,244 19,245 19,246 19,247 19,248 19,249 19,250 2-296 19,264 19,265 19,266 19,267 19,268 19,269 19,270 19,271 19,272 19,273 19,274 19,275 2-297 19,289 19,290 19,291 19,292 19,293 19,294 19,295 19,296 19,297 19,298 19,299 19,300 2-298 19,314 19,315 19,316 19,317 19,318 19,319 19,320 19,321 19,322 19,323 19,324 19,325 2-299 19,339 19,340 19,341 19,342 19,343 19,344 19,345 19,346 19,347 19,348 19,349 19,350 2-300 19,364 19,365 19,366 19,367 19,368 19,369 19,370 19,371 19,372 19,373 19,374 19,375 2-301 19,389 19,390 19,391 19,392 19,393 19,394 19,395 19,396 19,397 19,398 19,399 19,400 2-302 19,314 19,315 19,316 19,317 19,318 19,319 19,320 19,321 19,322 19,323 19,324 19,325 2-303 19,439 19,440 19,441 19,442 19,443 19,444 19,445 19,446 19,447 19,448 19,449 19,450 2-304 19,464 19,465 19,466 19,467 19,468 19,469 19,470 19,471 19,472 19,473 19,474 19,475 2-305 19,489 19,490 19,491 19,492 19,493 19,494 19,495 19,496 19,497 19,498 19,499 19,500 2-306 19,514 19,515 19,516 19,517 19,518 19,519 19,520 19,521 19,522 19,523 19,524 19,525 2-307 19,539 19,540 19,541 19,542 19,543 19,544 19,545 19,546 19,547 19,548 19,549 19,550 2-308 19,564 19,565 19,566 19,567 19,568 19,569 19,570 19,571 19,572 19,573 19,574 19,575 2-309 19,589 19,590 19,591 19,592 19,593 19,594 19,595 19,596 19,597 19,598 19,599 19,600 2-310 19,614 19,615 19,616 19,617 19,618 19,619 19,620 19,621 19,622 19,623 19,624 19,625 2-311 19,639 19,640 19,641 19,642 19,643 19,644 19,645 19,646 19,647 19,648 19,649 19,650 2-312 19,664 19,665 19,666 19,667 19,668 19,669 19,670 19,671 19,672 19,673 19,674 19,675 2-313 19,689 19,690 19,691 19,692 19,693 19,694 19,695 19,696 19,697 19,698 19,699 19,700 2-314 19,714 19,715 19,716 19,717 19,718 19,719 19,720 19,721 19,722 19,723 19,724 19,725 2-315 19,739 19,740 19,741 19,742 19,743 19,744 19,745 19,746 19,747 19,748 19,749 19,750 2-316 19,764 19,765 19,766 19,767 19,768 19,769 19,770 19,771 19,772 19,773 19,774 19,775 2-317 19,789 19,790 19,791 19,792 19,793 19,794 19,795 19,796 19,797 19,798 19,799 19,800 2-318 19,814 19,815 19,816 19,817 19,818 19,819 19,820 19,821 19,822 19,823 19,824 19,825 2-319 19,839 19,840 19,841 19,842 19,843 19,844 19,845 19,846 19,847 19,848 19,849 19,850 2-320 19,864 19,865 19,866 19,867 19,868 19,869 19,870 19,871 19,872 19,873 19,874 19,875 2-321 19,889 19,890 19,891 19,892 19,893 19,894 19,895 19,896 19,897 19,898 19,899 19,900 2-322 19,914 19,915 19,916 19,917 19,918 19,919 19,920 19,921 19,922 19,923 19,924 19,925 2-323 19,939 19,940 19,941 19,942 19,943 19,944 19,945 19,946 19,947 19,948 19,949 19,950 2-324 19,964 19,965 19,966 19,967 19,968 19,969 19,970 19,971 19,972 19,973 19,974 19,975 2-325 19,989 19,990 19,991 19,992 19,993 19,994 19,995 19,996 19,997 19,998 19,999 20,000 2-326 20,014 20,015 20,016 20,017 20,018 20,019 20,020 20,021 20,022 20,023 20,024 20,025 2-327 20,039 20,040 20,041 20,042 20,043 20,044 20,045 20,046 20,047 20,048 20,049 20,050 2-328 20,064 20,065 20,066 20,067 20,068 20,069 20,070 20,071 20,072 20,073 20,074 20,075 2-329 20,089 20,090 20,091 20,092 20,093 20,094 20,095 20,096 20,097 20,098 20,099 20,100 2-330 20,114 20,115 20,116 20,117 20,118 20,119 20,120 20,121 20,122 20,123 20,124 20,125

TABLE 16 Compound represented by the formula (1) 1-26 1-27 1-28 1-29 1-30 1-31 1-32 1-33 1-34 1-35 1-36 1-37 1-38 Compound 2-331 20,126 20,127 20,128 20,129 20,130 20,131 20,132 20,133 20,134 20,135 20,136 20,137 20,138 represented 2-332 20,151 20,152 20,153 20,154 20,155 20,156 20,157 20,158 20,159 20,160 20,161 20,162 20,163 by the 2-333 20,176 20,177 20,178 20,179 20,180 20,181 20,182 20,183 20,184 20,185 20,186 20,187 20,188 formula 2-334 20,201 20,202 20,203 20,204 20,205 20,206 20,207 20,208 20,209 20,210 20,211 20,212 20,213 (2) 2-335 20,226 20,227 20,228 20,229 20,230 20,231 20,232 20,233 20,234 20,235 20,236 20,237 20,238 2-336 20,251 20,252 20,253 20,254 20,255 20,256 20,257 20,258 20,259 20,260 20,261 20,262 20,263 2-337 20,276 20,277 20,278 20,279 20,280 20,281 20,282 20,283 20,284 20,285 20,286 20,287 20,288 2-338 20,301 20,302 20,303 20,304 20,305 20,306 20,307 20,308 20,309 20,310 20,311 20,312 20,313 2-339 20,326 20,327 20,328 20,329 20,330 20,331 20,332 20,333 20,334 20,335 20,336 20,337 20,338 2-340 20,351 20,352 20,353 20,354 20,355 20,356 20,357 20,358 20,359 20,360 20,361 20,362 20,363 2-341 20,376 20,377 20,378 20,379 20,380 20,381 20,382 20,383 20,384 20,385 20,386 20,387 20,388 2-342 20,401 20,402 20,403 20,404 20,405 20,406 20,407 20,408 20,409 20,410 20,411 20,412 20,413 2-343 20,426 20,427 20,428 20,429 20,430 20,431 20,432 20,433 20,434 20,435 20,436 20,437 20,438 2-344 20,451 20,452 20,453 20,454 20,455 20,456 20,457 20,458 20,459 20,460 20,461 20,462 20,463 2-345 20,476 20,477 20,478 20,479 20,480 20,481 20,482 20,483 20,484 20,485 20,486 20,487 20,488 2-346 20,501 20,502 20,503 20,504 20,505 20,506 20,507 20,508 20,509 20,510 20,511 20,512 20,513 2-347 20,526 20,527 20,528 20,529 20,530 20,531 20,532 20,533 20,534 20,535 20,536 20,537 20,538 2-348 20,551 20,552 20,553 20,554 20,555 20,556 20,557 20,558 20,559 20,560 20,561 20,562 20,563 2-349 20,576 20,577 20,578 20,579 20,580 20,581 20,582 20,583 20,584 20,585 20,586 20,587 20,588 2-350 20,601 20,602 20,603 20,604 20,605 20,606 20,607 20,608 20,609 20,610 20,611 20,612 20,613 2-351 20,626 20,627 20,628 20,629 20,630 20,631 20,632 20,633 20,634 20,635 20,636 20,637 20,638 2-352 20,651 20,652 20,653 20,654 20,655 20,656 20,657 20,658 20,659 20,660 20,661 20,662 20,663 2-353 20,676 20,677 20,678 20,679 20,680 20,681 20,682 20,683 20,684 20,685 20,686 20,687 20,688 2-354 20,701 20,702 20,703 20,704 20,705 20,706 20,707 20,708 20,709 20,710 20,711 20,712 20,713 2-355 20,726 20,727 20,728 20,729 20,730 20,731 20,732 20,733 20,734 20,735 20,736 20,737 20,738 2-356 20,751 20,752 20,753 20,754 20,755 20,756 20,757 20,758 20,759 20,760 20,761 20,762 20,763 2-357 20,776 20,777 20,778 20,779 20,780 20,781 20,782 20,783 20,784 20,785 20,786 20,787 20,788 2-358 20,801 20,802 20,803 20,804 20,805 20,806 20,807 20,808 20,809 20,810 20,811 20,812 20,813 2-359 20,826 20,827 20,828 20,829 20,830 20,831 20,832 20,833 20,834 20,835 20,836 20,837 20,838 2-360 20,851 20,852 20,853 20,854 20,855 20,856 20,857 20,858 20,859 20,860 20,861 20,862 20,863 2-361 20,876 20,877 20,878 20,879 20,880 20,881 20,882 20,883 20,884 20,885 20,886 20,887 20,888 2-362 20,901 20,902 20,903 20,904 20,905 20,906 20,907 20,908 20,909 20,910 20,911 20,912 20,913 2-363 20,926 20,927 20,928 20,929 20,930 20,931 20,932 20,933 20,934 20,935 20,936 20,937 20,938 2-364 20,951 20,952 20,953 20,954 20,955 20,956 20,957 20,958 20,959 20,960 20,961 20,962 20,963 2-365 20,976 20,977 20,978 20,979 20,980 20,981 20,982 20,983 20,984 20,985 20,986 20,987 20,988 2-366 21,001 21,002 21,003 21,004 21,005 21,006 21,007 21,008 21,009 21,110 21,111 21,112 21,113 2-367 21,026 21,027 21,028 21,029 21,030 21,031 21,032 21,033 21,034 21,035 21,036 21,037 21,038 2-368 21,051 21,052 21,053 21,054 21,055 21,056 21,057 21,058 21,059 21,060 21,061 21,062 21,063 2-369 21,076 21,077 21,078 21,079 21,080 21,081 21,082 21,083 21,084 21,085 21,086 21,087 21,088 2-370 21,101 21,102 21,103 21,104 21,105 21,106 21,107 21,108 21,109 21,110 21,111 21,112 21,113 2-371 21,126 21,127 21,128 21,129 21,130 21,131 21,132 21,133 21,134 21,135 21,136 21,137 21,138 2-372 21,151 21,152 21,153 21,154 21,155 21,156 21,157 21,158 21,159 21,160 21,161 21,162 21,163 2-373 21,176 21,177 21,178 21,179 21,180 21,181 21,182 21,183 21,184 21,185 21,186 21,187 21,188 2-374 21,201 21,202 21,203 21,204 21,205 21,206 21,207 21,208 21,209 21,210 21,211 21,212 21,213 2-375 21,226 21,227 21,228 21,229 21,230 21,231 21,232 21,233 21,234 21,235 21,236 21,237 21,238 2-376 21,251 21,252 21,253 21,254 21,255 21,256 21,257 21,258 21,259 21,260 21,261 21,262 21,263 2-377 21,276 21,277 21,278 21,279 21,280 21,281 21,282 21,283 21,284 21,285 21,286 21,287 21,288 2-378 21,301 21,302 21,303 21,304 21,305 21,306 21,307 21,308 21,309 21,310 21,311 21,312 21,313 2-379 21,326 21,327 21,328 21,329 21,330 21,331 21,332 21,333 21,334 21,335 21,336 21,337 21,338 2-380 21,351 21,352 21,353 21,354 21,355 21,356 21,357 21,358 21,359 21,360 21,361 21,362 21,363 2-381 21,376 21,377 21,378 21,379 21,380 21,381 21,382 21,383 21,384 21,385 21,386 21,387 21,388 2-382 21,401 21,402 21,403 21,404 21,405 21,406 21,407 21,408 21,409 21,410 21,411 21,412 21,413 2-383 21,426 21,427 21,428 21,429 21,430 21,431 21,432 21,433 21,434 21,435 21,436 21,437 21,438 2-384 21,451 21,452 21,453 21,454 21,455 21,456 21,457 21,458 21,459 21,460 21,461 21,462 21,463 2-385 21,476 21,477 21,478 21,479 21,480 21,481 21,482 21,483 21,484 21,485 21,486 21,487 21,488 Compound represented by the formula (1) 1-39 1-40 1-41 1-42 1-43 1-44 1-45 1-46 1-47 1-48 1-49 1-50 Compound 2-331 20,139 20,140 20,141 20,142 20,143 20,144 20,145 20,146 20,147 20,148 20,149 20,150 represented 2-332 20,164 20,165 20,166 20,167 20,168 20,169 20,170 20,171 20,172 20,173 20,174 20,175 by the 2-333 20,189 20,190 20,191 20,192 20,193 20,194 20,195 20,196 20,197 20,198 20,199 20,200 formula 2-334 20,214 20,215 20,216 20,217 20,218 20,219 20,220 20,221 20,222 20,223 20,224 20,225 (2) 2-335 20,239 20,240 20,241 20,242 20,243 20,244 20,245 20,246 20,247 20,248 20,249 20,250 2-336 20,264 20,265 20,266 20,267 20,268 20,269 20,270 20,271 20,272 20,273 20,274 20,275 2-337 20,289 20,290 20,291 20,292 20,293 20,294 20,295 20,296 20,297 20,298 20,299 20,300 2-338 20,314 20,315 20,316 20,317 20,318 20,319 20,320 20,321 20,322 20,323 20,324 20,325 2-339 20,339 20,340 20,341 20,342 20,343 20,344 20,345 20,346 20,347 20,348 20,349 20,350 2-340 20,364 20,365 20,366 20,367 20,368 20,369 20,370 20,371 20,372 20,373 20,374 20,375 2-341 20,389 20,390 20,391 20,392 20,393 20,394 20,395 20,396 20,397 20,398 20,399 20,400 2-342 20,414 20,415 20,416 20,417 20,418 20,419 20,420 20,421 20,422 20,423 20,424 20,425 2-343 20,439 20,440 20,441 20,442 20,443 20,444 20,445 20,446 20,447 20,448 20,449 20,450 2-344 20,464 20,465 20,466 20,467 20,468 20,469 20,470 20,471 20,472 20,473 20,474 20,475 2-345 20,489 20,490 20,491 20,492 20,493 20,494 20,495 20,496 20,497 20,498 20,499 20,500 2-346 20,514 20,515 20,516 20,517 20,518 20,519 20,520 20,521 20,522 20,523 20,524 20,525 2-347 20,539 20,540 20,541 20,542 20,543 20,544 20,545 20,546 20,547 20,548 20,549 20,550 2-348 20,564 20,565 20,566 20,567 20,568 20,569 20,570 20,571 20,572 20,573 20,574 20,575 2-349 20,589 20,590 20,591 20,592 20,593 20,594 20,595 20,596 20,597 20,598 20,599 20,600 2-350 20,614 20,615 20,616 20,617 20,618 20,619 20,620 20,621 20,622 20,623 20,624 20,625 2-351 20,639 20,640 20,641 20,642 20,643 20,644 20,645 20,646 20,647 20,648 20,649 20,650 2-352 20,664 20,665 20,666 20,667 20,668 20,669 20,670 20,671 20,672 20,673 20,674 20,675 2-353 20,689 20,690 20,691 20,692 20,693 20,694 20,695 20,696 20,697 20,698 20,699 20,700 2-354 20,714 20,715 20,716 20,717 20,718 20,719 20,720 20,721 20,722 20,723 20,724 20,725 2-355 20,739 20,740 20,741 20,742 20,743 20,744 20,745 20,746 20,747 20,748 20,749 20,750 2-356 20,764 20,765 20,766 20,767 20,768 20,769 20,770 20,771 20,772 20,773 20,774 20,775 2-357 20,789 20,790 20,791 20,792 20,793 20,794 20,795 20,796 20,797 20,798 20,799 20,800 2-358 20,814 20,815 20,816 20,817 20,818 20,819 20,820 20,821 20,822 20,823 20,824 20,825 2-359 20,839 20,840 20,841 20,842 20,843 20,844 20,845 20,846 20,847 20,848 20,849 20,850 2-360 20,864 20,865 20,866 20,867 20,868 20,869 20,870 20,871 20,872 20,873 20,874 20,875 2-361 20,889 20,890 20,891 20,892 20,893 20,894 20,895 20,896 20,897 20,898 20,899 20,890 2-362 20,914 20,915 20,916 20,917 20,918 20,919 20,920 20,921 20,922 20,923 20,924 20,925 2-363 20,939 20,940 20,941 20,942 20,943 20,944 20,945 20,946 20,947 20,948 20,949 20,950 2-364 20,964 20,965 20,966 20,967 20,968 20,969 20,970 20,971 20,972 20,973 20,974 20,975 2-365 20,989 20,990 20,991 20,992 20,993 20,994 20,995 20,996 20,997 20,998 20,999 21,000 2-366 21,114 21,115 21,116 21,117 21,118 21,119 21,120 21,121 21,122 21,123 21,124 21,125 2-367 21,039 21,040 21,041 21,042 21,043 21,044 21,045 21,046 21,047 21,048 21,049 21,050 2-368 21,064 21,065 21,066 21,067 21,068 21,069 21,070 21,071 21,072 21,073 21,074 21,075 2-369 21,089 21,090 21,091 21,092 21,093 21,094 21,095 21,096 21,097 21,098 21,099 21,100 2-370 21,114 21,115 21,116 21,117 21,118 21,119 21,120 21,121 21,122 21,123 21,124 21,125 2-371 21,139 21,140 21,141 21,142 21,143 21,144 21,145 21,146 21,147 21,148 21,149 21,150 2-372 21,164 21,165 21,166 21,167 21,168 21,169 21,170 21,171 21,172 21,173 21,174 21,175 2-373 21,189 21,190 21,191 21,192 21,193 21,194 21,195 21,196 21,197 21,198 21,199 21,200 2-374 21,214 21,215 21,216 21,217 21,218 21,219 21,220 21,221 21,222 21,223 21,224 21,225 2-375 21,239 21,240 21,241 21,242 21,243 21,244 21,245 21,246 21,247 21,248 21,249 21,250 2-376 21,264 21,265 21,266 21,267 21,268 21,269 21,270 21,271 21,272 21,273 21,274 21,275 2-377 21,289 21,290 21,291 21,292 21,293 21,294 21,295 21,296 21,297 21,298 21,299 21,300 2-378 21,314 21,315 21,316 21,317 21,318 21,319 21,320 21,321 21,322 21,323 21,324 21,325 2-379 21,339 21,340 21,341 21,342 21,343 21,344 21,345 21,346 21,347 21,348 21,349 21,350 2-380 21,364 21,365 21,366 21,367 21,368 21,369 21,370 21,371 21,372 21,373 21,374 21,375 2-381 21,389 21,390 21,391 21,392 21,393 21,394 21,395 21,396 21,397 21,398 21,399 21,400 2-382 21,414 21,415 21,416 21,417 21,418 21,419 21,420 21,421 21,422 21,423 21,424 21,425 2-383 21,439 21,440 21,441 21,442 21,443 21,444 21,445 21,446 21,447 21,448 21,449 21,450 2-384 21,464 21,465 21,466 21,467 21,468 21,469 21,470 21,471 21,472 21,473 21,474 21,475 2-385 21,489 21,490 21,491 21,492 21,493 21,494 21,495 21,496 21,497 21,498 21,499 21,500

TABLE 17 Compound represented by the formula (1) 1-26 1-27 1-28 1-29 1-30 1-31 1-32 1-33 1-34 1-35 1-36 1-37 1-38 Compound 2-386 21,501 21,502 21,503 21,504 21,505 21,506 21,507 21,508 21,509 21,510 21,511 21,512 21,513 represented 2-387 21,526 21,527 21,528 21,529 21,530 21,531 21,532 21,533 21,534 21,535 21,536 21,537 21,538 by the 2-388 21,551 21,552 21,553 21,554 21,555 21,556 21,557 21,558 21,559 21,560 21,561 21,562 21,563 formula 2-389 21,576 21,577 21,578 21,579 21,580 21,581 21,582 21,583 21,584 21,585 21,586 21,587 21,588 (2) 2-390 21,601 21,602 21,603 21,604 21,605 21,606 21,607 21,608 21,609 21,610 21,611 21,612 21,613 2-391 21,626 21,627 21,628 21,629 21,630 21,631 21,632 21,633 21,634 21,635 21,636 21,637 21,638 2-392 21,651 21,652 21,653 21,654 21,655 21,656 21,657 21,658 21,659 21,660 21,661 21,662 21,663 2-393 21,676 21,677 21,678 21,679 21,680 21,681 21,682 21,683 21,684 21,685 21,686 21,687 21,688 2-394 21,701 21,702 21,703 21,704 21,705 21,706 21,707 21,708 21,709 21,710 21,711 21,712 21,713 2-395 21,726 21,727 21,728 21,729 21,730 21,731 21,732 21,733 21,734 21,735 21,736 21,737 21,738 2-396 21,751 21,752 21,753 21,754 21,755 21,756 21,757 21,758 21,759 21,760 21,761 21,762 21,763 2-397 21,776 21,777 21,778 21,779 21,780 21,781 21,782 21,783 21,784 21,785 21,786 21,787 21,788 2-398 21,801 21,802 21,803 21,804 21,805 21,806 21,807 21,808 21,809 21,810 21,811 21,812 21,813 2-399 21,826 21,827 21,828 21,829 21,830 21,831 21,832 21,833 21,834 21,835 21,836 21,837 21,838 2-400 21,851 21,852 21,853 21,854 21,855 21,856 21,857 21,858 21,859 21,860 21,861 21,862 21,863 2-401 21,876 21,877 21,878 21,879 21,880 21,881 21,882 21,883 21,884 21,885 21,886 21,887 21,888 2-402 21,901 21,902 21,903 21,904 21,905 21,906 21,907 21,908 21,909 21,910 21,911 21,912 21,913 2-403 21,926 21,927 21,928 21,929 21,930 21,931 21,932 21,933 21,934 21,935 21,936 21,937 21,938 2-404 21,951 21,952 21,953 21,954 21,955 21,956 21,957 21,958 21,959 21,960 21,961 21,962 21,963 2-405 21,976 21,977 21,978 21,979 21,980 21,981 21,982 21,983 21,984 21,985 21,986 21,987 21,988 2-406 22,001 22,002 22,003 22,004 22,005 22,006 22,007 22,008 22,009 22,010 22,011 22,012 22,013 2-407 22,026 22,027 22,028 22,029 22,030 22,031 22,032 22,033 22,034 22,035 22,036 22,037 22,038 2-408 22,051 22,052 22,053 22,054 22,055 22,056 22,057 22,058 22,059 22,060 22,061 22,062 22,063 2-409 22,076 22,077 22,078 22,079 22,080 22,081 22,082 22,083 22,084 22,085 22,086 22,087 22,088 2-410 22,101 22,102 22,103 22,104 22,105 22,106 22,107 22,108 22,109 22,110 22,111 22,112 22,113 2-411 22,126 22,127 22,128 22,129 22,130 22,131 22,132 22,133 22,134 22,135 22,136 22,137 22,138 2-412 22,151 22,152 22,153 22,154 22,155 22,156 22,157 22,158 22,159 22,160 22,161 22,162 22,163 2-413 22,176 22,177 22,178 22,179 22,180 22,181 22,182 22,183 22,184 22,185 22,186 22,187 22,188 2-414 22,201 22,202 22,203 22,204 22,205 22,206 22,207 22,208 22,209 22,210 22,211 22,212 22,213 2-415 22,226 22,227 22,228 22,229 22,230 22,231 22,232 22,233 22,234 22,235 22,236 22,237 22,238 2-416 22,251 22,252 22,253 22,254 22,255 22,256 22,257 22,258 22,259 22,260 22,261 22,262 22,263 2-417 22,276 22,277 22,278 22,279 22,280 22,281 22,282 22,283 22,284 22,285 22,286 22,287 22,288 2-418 22,301 22,302 22,303 22,304 22,305 22,306 22,307 22,308 22,309 22,310 22,311 22,312 22,313 2-419 22,326 22,327 22,328 22,329 22,330 22,331 22,332 22,333 22,334 22,335 22,336 22,337 22,338 2-420 22,351 22,352 22,353 22,354 22,355 22,356 22,357 22,358 22,359 22,360 22,361 22,362 22,363 2-421 22,376 22,377 22,378 22,379 22,380 22,381 22,382 22,383 22,384 22,385 22,386 22,387 22,388 2-422 22,401 22,402 22,403 22,404 22,405 22,406 22,407 22,408 22,409 22,410 22,411 22,412 22,413 2-423 22,426 22,427 22,428 22,429 22,430 22,431 22,432 22,433 22,434 22,435 22,436 22,437 22,438 2-424 22,451 22,452 22,453 22,454 22,455 22,456 22,457 22,458 22,459 22,460 22,461 22,462 22,463 2-425 22,476 22,477 22,478 22,479 22,480 22,481 22,482 22,483 22,484 22,485 22,486 22,487 22,488 2-426 22,501 22,502 22,503 22,504 22,505 22,506 22,507 22,508 22,509 22,510 22,511 22,512 22,513 2-427 22,526 22,527 22,528 22,529 22,530 22,531 22,532 22,533 22,534 22,535 22,536 22,537 22,538 2-428 22,551 22,552 22,553 22,554 22,555 22,556 22,557 22,558 22,559 22,560 22,561 22,562 22,563 2-429 22,576 22,577 22,578 22,579 22,580 22,581 22,582 22,583 22,584 22,585 22,586 22,587 22,588 2-430 22,601 22,602 22,603 22,604 22,605 22,606 22,607 22,608 22,609 22,610 22,611 22,612 22,613 2-431 22,626 22,627 22,628 22,629 22,630 22,631 22,632 22,633 22,634 22,635 22,636 22,637 22,638 2-432 22,651 22,652 22,653 22,654 22,655 22,656 22,657 22,658 22,659 22,660 22,661 22,662 22,663 2-433 22,676 22,677 22,678 22,679 22,680 22,681 22,682 22,683 22,684 22,685 22,686 22,687 22,688 2-434 22,701 22,702 22,703 22,704 22,705 22,706 22,707 22,708 22,709 22,710 22,711 22,712 22,713 2-435 22,726 22,727 22,728 22,729 22,730 22,731 22,732 22,733 22,734 22,735 22,736 22,737 22,738 2-436 22,751 22,752 22,753 22,754 22,755 22,756 22,757 22,758 22,759 22,760 22,761 22,762 22,763 2-437 22,776 22,777 22,778 22,779 22,780 22,781 22,782 22,783 22,784 22,785 22,786 22,787 22,788 2-438 22,801 22,802 22,803 22,804 22,805 22,806 22,807 22,808 22,809 22,810 22,811 22,812 22,813 2-439 22,826 22,827 22,828 22,829 22,830 22,831 22,832 22,833 22,834 22,835 22,836 22,837 22,838 2-440 22,851 22,852 22,853 22,854 22,855 22,856 22,857 22,858 22,859 22,860 22,861 22,862 22,863 Compound represented by the formula (1) 1-39 1-40 1-41 1-42 1-43 1-44 1-45 1-46 1-47 1-48 1-49 1-50 Compound 2-386 21,514 21,515 21,516 21,517 21,518 21,519 21,520 21,521 21,522 21,523 21,524 21,525 represented 2-387 21,539 21,540 21,541 21,542 21,543 21,544 21,545 21,546 21,547 21,548 21,549 21,550 by the 2-388 21,564 21,565 21,566 21,567 21,568 21,569 21,570 21,571 21,572 21,573 21,574 21,575 formula 2-389 21,589 21,590 21,591 21,592 21,593 21,594 21,595 21,596 21,597 21,598 21,599 21,600 (2) 2-390 21,614 21,615 21,616 21,617 21,618 21,619 21,620 21,621 21,622 21,623 21,624 21,625 2-391 21,639 21,640 21,641 21,642 21,643 21,644 21,645 21,646 21,647 21,648 21,649 21,650 2-392 21,664 21,665 21,666 21,667 21,668 21,669 21,670 21,671 21,672 21,673 21,674 21,675 2-393 21,689 21,690 21,691 21,692 21,693 21,694 21,695 21,696 21,697 21,698 21,699 21,700 2-394 21,714 21,715 21,716 21,717 21,718 21,719 21,720 21,721 21,722 21,723 21,724 21,725 2-395 21,739 21,740 21,741 21,742 21,743 21,744 21,745 21,746 21,747 21,748 21,749 21,750 2-396 21,764 21,765 21,766 21,767 21,768 21,769 21,770 21,771 21,772 21,773 21,774 21,775 2-397 21,789 21,790 21,791 21,792 21,793 21,794 21,795 21,796 21,797 21,798 21,799 21,800 2-398 21,814 21,815 21,816 21,817 21,818 21,819 21,820 21,821 21,822 21,823 21,824 21,825 2-399 21,839 21,840 21,841 21,842 21,843 21,844 21,845 21,846 21,847 21,848 21,849 21,850 2-400 21,864 21,865 21,866 21,867 21,868 21,869 21,870 21,871 21,872 21,873 21,874 21,875 2-401 21,889 21,890 21,891 21,892 21,893 21,894 21,895 21,896 21,897 21,898 21,899 21,900 2-402 21,914 21,915 21,916 21,917 21,918 21,919 21,920 21,921 21,922 21,923 21,924 21,925 2-403 21,939 21,940 21,941 21,942 21,943 21,944 21,945 21,946 21,947 21,948 21,949 21,950 2-404 21,964 21,965 21,966 21,967 21,968 21,969 21,970 21,971 21,972 21,973 21,974 21,975 2-405 21,989 21,990 21,991 21,992 21,993 21,994 21,995 21,996 21,997 21,998 21,999 22,000 2-406 22,014 22,015 22,016 22,017 22,018 22,019 22,020 22,021 22,022 22,023 22,024 22,025 2-407 22,039 22,040 22,041 22,042 22,043 22,044 22,045 22,046 22,047 22,048 22,049 22,050 2-408 22,064 22,065 22,066 22,067 22,068 22,069 22,070 22,071 22,072 22,073 22,074 22,075 2-409 22,089 22,090 22,091 22,092 22,093 22,094 22,095 22,096 22,097 22,098 22,099 22,000 2-410 22,114 22,115 22,116 22,117 22,118 22,119 22,120 22,121 22,122 22,123 22,124 22,125 2-411 22,139 22,140 22,141 22,142 22,143 22,144 22,145 22,146 22,147 22,148 22,149 22,150 2-412 22,164 22,165 22,166 22,167 22,168 22,169 22,170 22,171 22,172 22,173 22,174 22,175 2-413 22,189 22,190 22,191 22,192 22,193 22,194 22,195 22,196 22,197 22,198 22,199 22,200 2-414 22,214 22,215 22,216 22,217 22,218 22,219 22,220 22,221 22,222 22,223 22,224 22,225 2-415 22,239 22,240 22,241 22,242 22,243 22,244 22,245 22,246 22,247 22,248 22,249 22,250 2-416 22,264 22,265 22,266 22,267 22,268 22,269 22,270 22,271 22,272 22,273 22,274 22,275 2-417 22,289 22,290 22,291 22,292 22,293 22,294 22,295 22,296 22,297 22,298 22,299 22,300 2-418 22,314 22,315 22,316 22,317 22,318 22,319 22,320 22,321 22,322 22,323 22,324 22,325 2-419 22,339 22,340 22,341 22,342 22,343 22,344 22,345 22,346 22,347 22,348 22,349 22,350 2-420 22,364 22,365 22,366 22,367 22,368 22,369 22,370 22,371 22,372 22,373 22,374 22,375 2-421 22,389 22,390 22,391 22,392 22,393 22,394 22,395 22,396 22,397 22,398 22,399 22,400 2-422 22,414 22,415 22,416 22,417 22,418 22,419 22,420 22,421 22,422 22,423 22,424 22,425 2-423 22,439 22,440 22,441 22,442 22,443 22,444 22,445 22,446 22,447 22,448 22,449 22,450 2-424 22,464 22,465 22,466 22,467 22,468 22,469 22,470 22,471 22,472 22,473 22,474 22,475 2-425 22,489 22,490 22,491 22,492 22,493 22,494 22,495 22,496 22,497 22,498 22,499 22,500 2-426 22,514 22,515 22,516 22,517 22,518 22,519 22,520 22,521 22,522 22,523 22,524 22,525 2-427 22,539 22,540 22,541 22,542 22,543 22,544 22,545 22,546 22,547 22,548 22,549 22,550 2-428 22,564 22,565 22,566 22,567 22,568 22,569 22,570 22,571 22,572 22,573 22,574 22,575 2-429 22,589 22,590 22,591 22,592 22,593 22,594 22,595 22,596 22,597 22,598 22,599 22,600 2-430 22,614 22,615 22,616 22,617 22,618 22,619 22,620 22,621 22,622 22,623 22,624 22,625 2-431 22,639 22,640 22,641 22,642 22,643 22,644 22,645 22,646 22,647 22,648 22,649 22,650 2-432 22,664 22,665 22,666 22,667 22,668 22,669 22,670 22,671 22,672 22,673 22,674 22,675 2-433 22,689 22,690 22,691 22,692 22,693 22,694 22,695 22,696 22,697 22,698 22,699 22,700 2-434 22,714 22,715 22,716 22,717 22,718 22,719 22,720 22,721 22,722 22,723 22,724 22,725 2-435 22,739 22,740 22,741 22,742 22,743 22,744 22,745 22,746 22,747 22,748 22,749 22,750 2-436 22,764 22,765 22,766 22,767 22,768 22,769 22,770 22,771 22,772 22,773 22,774 22,775 2-437 22,789 22,790 22,791 22,792 22,793 22,794 22,795 22,796 22,797 22,798 22,799 22,800 2-438 22,814 22,815 22,816 22,817 22,818 22,819 22,820 22,821 22,822 22,823 22,824 22,825 2-439 22,839 22,840 22,841 22,842 22,843 22,844 22,845 22,846 22,847 22,848 22,849 22,850 2-440 22,864 22,865 22,866 22,867 22,868 22,869 22,870 22,871 22,872 22,873 22,874 22,875

TABLE 18 Compound represented by the formula (1) 1-26 1-27 1-28 1-29 1-30 1-31 1-32 1-33 1-34 1-35 1-36 1-37 1-38 Compound 2-441 22,876 22,877 22,878 22,879 22,880 22,881 22,882 22,883 22,884 22,885 22,886 22,887 22,888 represented 2-442 22,901 22,902 22,903 22,904 22,905 22,906 22,907 22,908 22,909 22,910 22,911 22,912 22,913 by the 2-443 22,926 22,927 22,928 22,929 22,930 22,931 22,932 22,933 22,934 22,935 22,936 22,937 22,938 formula 2-444 22,951 22,952 22,953 22,954 22,955 22,956 22,957 22,958 22,959 22,960 22,961 22,962 22,963 (2) 2-445 22,976 22,977 22,978 22,979 22,980 22,981 22,982 22,983 22,984 22,985 22,986 22,987 22,988 2-446 23,001 23,002 23,003 23,004 23,005 23,006 23,007 23,008 23,009 23,010 23,011 23,012 23,013 2-447 23,026 23,027 23,028 23,029 23,030 23,031 23,032 23,033 23,034 23,035 23,036 23,037 23,038 2-448 23,051 23,052 23,053 23,054 23,055 23,056 23,057 23,058 23,059 23,060 23,061 23,062 23,063 2-449 23,076 23,077 23,078 23,079 23,080 23,081 23,082 23,083 23,084 23,085 23,086 23,087 23,088 2-450 23,101 23,102 23,103 23,104 23,105 23,106 23,107 23,108 23,109 23,110 23,111 23,112 23,113 2-451 23,126 23,127 23,128 23,129 23,130 23,131 23,132 23,133 23,134 23,135 23,136 23,137 23,138 2-452 23,151 23,152 23,153 23,154 23,155 23,156 23,157 23,158 23,159 23,160 23,161 23,162 23,163 2-453 23,176 23,177 23,178 23,179 23,180 23,181 23,182 23,183 23,184 23,185 23,186 23,187 23,188 2-454 23,201 23,202 23,203 23,204 23,205 23,206 23,207 23,208 23,209 23,210 23,211 23,212 23,213 2-455 23,226 23,227 23,228 23,229 23,230 23,231 23,232 23,233 23,234 23,235 23,236 23,237 23,238 2-456 23,251 23,252 23,253 23,254 23,255 23,256 23,257 23,258 23,259 23,260 23,261 23,262 23,263 2-457 23,276 23,277 23,278 23,279 23,280 23,281 23,282 23,283 23,284 23,285 23,286 23,287 23,288 2-458 23,301 23,302 23,303 23,304 23,305 23,306 23,307 23,308 23,309 23,310 23,311 23,312 23,313 2-459 23,326 23,327 23,328 23,329 23,330 23,331 23,332 23,333 23,334 23,335 23,336 23,337 23,338 2-460 23,351 23,352 23,353 23,354 23,355 23,356 23,357 23,358 23,359 23,360 23,361 23,362 23,363 2-461 23,376 23,377 23,378 23,379 23,380 23,381 23,382 23,383 23,384 23,385 23,386 23,387 23,388 2-462 23,401 23,402 23,403 23,404 23,405 23,406 23,407 23,408 23,409 23,410 23,411 23,412 23,413 2-463 23,426 23,427 23,428 23,429 23,430 23,431 23,432 23,433 23,434 23,435 23,436 23,437 23,438 2-464 23,451 23,452 23,453 23,454 23,455 23,456 23,457 23,458 23,459 23,460 23,461 23,462 23,463 2-465 23,476 23,477 23,478 23,479 23,480 23,481 23,482 23,483 23,484 23,485 23,486 23,487 23,488 2-466 23,501 23,502 23,503 23,504 23,505 23,506 23,507 23,508 23,509 23,510 23,511 23,512 23,513 2-467 23,526 23,527 23,528 23,529 23,530 23,531 23,532 23,533 23,534 23,535 23,536 23,537 23,538 2-468 23,551 23,552 23,553 23,554 23,555 23,556 23,557 23,558 23,559 23,560 23,561 23,562 23,563 2-469 23,576 23,577 23,578 23,579 23,580 23,581 23,582 23,583 23,584 23,585 23,586 23,587 23,588 2-470 23,601 23,602 23,603 23,604 23,605 23,606 23,607 23,608 23,609 23,610 23,611 23,612 23,613 2-471 23,626 23,627 23,628 23,629 23,630 23,631 23,632 23,633 23,634 23,635 23,636 23,637 23,638 2-472 23,651 23,652 23,653 23,654 23,655 23,656 23,657 23,658 23,659 23,660 23,661 23,662 23,663 2-473 23,676 23,677 23,678 23,679 23,680 23,681 23,682 23,683 23,684 23,685 23,686 23,687 23,688 2-474 23,701 23,702 23,703 23,704 23,705 23,706 23,707 23,708 23,709 23,710 23,711 23,712 23,713 2-475 23,726 23,727 23,728 23,729 23,730 23,731 23,732 23,733 23,734 23,735 23,736 23,737 23,738 Compound represented by the formula (1) 1-39 1-40 1-41 1-42 1-43 1-44 1-45 1-46 1-47 1-48 1-49 1-50 Compound 2-441 22,889 22,890 22,891 22,892 22,893 22,894 22,895 22,896 22,897 22,898 22,899 22,900 represented 2-442 22,914 22,915 22,916 22,917 22,918 22,919 22,920 22,921 22,922 22,923 22,924 22,925 by the 2-443 22,939 22,940 22,941 22,942 22,943 22,944 22,945 22,946 22,947 22,948 22,949 22,950 formula 2-444 22,964 22,965 22,966 22,967 22,968 22,969 22,970 22,971 22,972 22,973 22,974 22,975 (2) 2-445 22,989 22,990 22,991 22,992 22,993 22,994 22,995 22,996 22,997 22,998 22,999 23,000 2-446 23,014 23,015 23,016 23,017 23,018 23,019 23,020 23,021 23,022 23,023 23,024 23,025 2-447 23,039 23,040 23,041 23,042 23,043 23,044 23,045 23,046 23,047 23,048 23,049 23,050 2-448 23,064 23,065 23,066 23,067 23,068 23,069 23,070 23,071 23,072 23,073 23,074 23,075 2-449 23,089 23,090 23,091 23,092 23,093 23,094 23,095 23,096 23,097 23,098 23,099 23,100 2-450 23,114 23,115 23,116 23,117 23,118 23,119 23,120 23,121 23,122 23,123 23,124 23,125 2-451 23,139 23,140 23,141 23,142 23,143 23,144 23,145 23,146 23,147 23,148 23,149 23,150 2-452 23,164 23,165 23,166 23,167 23,168 23,169 23,170 23,171 23,172 23,173 23,174 23,175 2-453 23,189 23,190 23,191 23,192 23,193 23,194 23,195 23,196 23,197 23,198 23,199 23,200 2-454 23,214 23,215 23,216 23,217 23,218 23,219 23,220 23,221 23,222 23,223 23,224 23,225 2-455 23,239 23,240 23,241 23,242 23,243 23,244 23,245 23,246 23,247 23,248 23,249 23,250 2-456 23,264 23,265 23,266 23,267 23,268 23,269 23,270 23,271 23,272 23,273 23,274 23,275 2-457 23,289 23,290 23,291 23,292 23,293 23,294 23,295 23,296 23,297 23,298 23,299 23,300 2-458 23,314 23,315 23,316 23,317 23,318 23,319 23,320 23,321 23,322 23,323 23,324 23,325 2-459 23,339 23,340 23,341 23,342 23,343 23,344 23,345 23,346 23,347 23,348 23,349 23,350 2-460 23,364 23,365 23,366 23,367 23,368 23,369 23,370 23,371 23,372 23,373 23,374 23,375 2-461 23,389 23,390 23,391 23,392 23,393 23,394 23,395 23,396 23,397 23,398 23,399 23,400 2-462 23,414 23,415 23,416 23,417 23,418 23,419 23,420 23,421 23,422 23,423 23,424 23,425 2-463 23,439 23,440 23,441 23,442 23,443 23,444 23,445 23,446 23,447 23,448 23,449 23,450 2-464 23,464 23,465 23,466 23,467 23,468 23,469 23,470 23,471 23,472 23,473 23,474 23,475 2-465 23,489 23,490 23,491 23,492 23,493 23,494 23,495 23,496 23,497 23,498 23,499 23,500 2-466 23,514 23,515 23,516 23,517 23,518 23,519 23,520 23,521 23,522 23,523 23,524 23,525 2-467 23,539 23,540 23,541 23,542 23,543 23,544 23,545 23,546 23,547 23,548 23,549 23,550 2-468 23,564 23,565 23,566 23,567 23,568 23,569 23,570 23,571 23,572 23,573 23,574 23,575 2-469 23,589 23,590 23,591 23,592 23,593 23,594 23,595 23,596 23,597 23,598 23,599 23,600 2-470 23,614 23,615 23,616 23,617 23,618 23,619 23,620 23,621 23,622 23,623 23,624 23,625 2-471 23,639 23,640 23,641 23,642 23,643 23,644 23,645 23,646 23,647 23,648 23,649 23,650 2-472 23,664 23,665 23,666 23,667 23,668 23,669 23,670 23,671 23,672 23,673 23,674 23,675 2-473 23,689 23,690 23,691 23,692 23,693 23,694 23,695 23,696 23,697 23,698 23,699 23,700 2-474 23,714 23,715 23,716 23,717 23,718 23,719 23,720 23,721 23,722 23,723 23,724 23,725 2-475 23,739 23,740 23,741 23,742 23,743 23,744 23,745 23,746 23,747 23,748 23,749 23,750

TABLE 19 Compound represented by the formula (1) 1-51 1-52 1-53 1-54 1-55 1-56 1-57 1-58 1-59 1-60 1-61 1-62 1-63 Compound 2-1 23,751 23,752 23,753 23,754 23,755 23,756 23,757 23,758 23,759 23,760 23,761 23,762 23,763 represented 2-2 23,776 23,777 23,778 23,779 23,780 23,781 23,782 23,783 23,784 23,785 23,786 23,787 23,788 by the 2-3 23,801 23,802 23,803 23,804 23,805 23,806 23,807 23,808 23,809 23,810 23,811 23,812 23,813 formula 2-4 23,826 23,827 23,828 23,829 23,830 23,831 23,832 23,833 23,834 23,835 23,836 23,837 23,838 (2) 2-5 23,851 23,852 23,853 23,854 23,855 23,856 23,857 23,858 23,859 23,860 23,861 23,862 23,863 2-6 23,876 23,877 23,878 23,879 23,880 23,881 23,882 23,883 23,884 23,885 23,886 23,887 23,888 2-7 23,901 23,902 23,903 23,904 23,905 23,906 23,907 23,908 23,909 23,910 23,911 23,912 23,913 2-8 23,926 23,927 23,928 23,929 23,930 23,931 23,932 23,933 23,934 23,935 23,936 23,937 23,938 2-9 23,951 23,952 23,953 23,954 23,955 23,956 23,957 23,958 23,959 23,960 23,961 23,962 23,963 2-10 23,976 23,977 23,978 23,979 23,980 23,981 23,982 23,983 23,984 23,985 23,986 23,987 23,988 2-11 24,001 24,002 24,003 24,004 24,005 24,006 24,007 24,008 24,009 24,010 24,011 24,012 24,013 2-12 24,026 24,027 24,028 24,029 24,030 24,031 24,032 24,033 24,034 24,035 24,036 24,037 24,038 2-13 24,051 24,052 24,053 24,054 24,055 24,056 24,057 24,058 24,059 24,060 24,061 24,062 24,063 2-14 24,076 24,077 24,078 24,079 24,080 24,081 24,082 24,083 24,084 24,085 24,086 24,087 24,088 2-15 24,101 24,102 24,103 24,104 24,105 24,106 24,107 24,108 24,109 24,110 24,111 24,112 24,113 2-16 24,126 24,127 24,128 24,129 24,130 24,131 24,132 24,133 24,134 24,135 24,136 24,137 24,138 2-17 24,151 24,152 24,153 24,154 24,155 24,156 24,157 24,158 24,159 24,160 24,161 24,162 24,163 2-18 24,176 24,177 24,178 24,179 24,180 24,181 24,182 24,183 24,184 24,185 24,186 24,187 24,188 2-19 24,201 24,202 24,203 24,204 24,205 24,206 24,207 24,208 24,209 24,210 24,211 24,212 24,213 2-20 24,226 24,227 24,228 24,229 24,230 24,231 24,232 24,233 24,234 24,235 24,236 24,237 24,238 2-21 24,251 24,252 24,253 24,254 24,255 24,256 24,257 24,258 24,259 24,260 24,261 24,262 24,263 2-22 24,276 24,277 24,278 24,279 24,280 24,281 24,282 24,283 24,284 24,285 24,286 24,287 24,288 2-23 24,301 24,302 24,303 24,304 24,305 24,306 24,307 24,308 24,309 24,310 24,311 24,312 24,313 2-24 24,326 24,327 24,328 24,329 24,330 24,331 24,332 24,333 24,334 24,335 24,336 24,337 24,338 2-25 24,351 24,352 24,353 24,354 24,355 24,356 24,357 24,358 24,359 24,360 24,361 24,362 24,363 2-26 24,376 24,377 24,378 24,379 24,380 24,381 24,382 24,383 24,384 24,385 24,386 24,387 24,388 2-27 24,401 24,402 24,403 24,404 24,405 24,406 24,407 24,408 24,409 24,410 24,411 24,412 24,413 2-28 24,426 24,427 24,428 24,429 24,430 24,431 24,432 24,433 24,434 24,435 24,436 24,437 24,438 2-29 24,451 24,452 24,453 24,454 24,455 24,456 24,457 24,458 24,459 24,460 24,461 24,462 24,463 2-30 24,476 24,477 24,478 24,479 24,480 24,481 24,482 24,483 24,484 24,485 24,486 24,487 24,488 2-31 24,501 24,502 24,503 24,504 24,505 24,506 24,507 24,508 24,509 24,510 24,511 24,512 24,513 2-32 24,526 24,527 24,528 24,529 24,530 24,531 24,532 24,533 24,534 24,535 24,536 24,537 24,538 2-33 24,551 24,552 24,553 24,554 24,555 24,556 24,557 24,558 24,559 24,560 24,561 24,562 24,563 2-34 24,576 24,577 24,578 24,579 24,580 24,581 24,582 24,583 24,584 24,585 24,586 24,587 24,588 2-35 24,601 24,602 24,603 24,604 24,605 24,606 24,607 24,608 24,609 24,610 24,611 24,612 24,613 2-36 24,626 24,627 24,628 24,629 24,630 24,631 24,632 24,633 24,634 24,635 24,636 24,637 24,638 2-37 24,651 24,652 24,653 24,654 24,655 24,656 24,657 24,658 24,659 24,660 24,661 24,662 24,663 2-38 24,676 24,677 24,678 24,679 24,680 24,681 24,682 24,683 24,684 24,685 24,686 24,687 24,688 2-39 24,701 24,702 24,703 24,704 24,705 24,706 24,707 24,708 24,709 24,710 24,711 24,712 24,713 2-40 24,726 24,727 24,728 24,729 24,730 24,731 24,732 24,733 24,734 24,735 24,736 24,737 24,738 2-41 24,751 24,752 24,753 24,754 24,755 24,756 24,757 24,758 24,759 24,760 24,761 24,762 24,763 2-42 24,776 24,777 24,778 24,779 24,780 24,781 24,782 24,783 24,784 24,785 24,786 24,787 24,788 2-43 24,801 24,802 24,803 24,804 24,805 24,806 24,807 24,808 24,809 24,810 24,811 24,812 24,813 2-44 24,826 24,827 24,828 24,829 24,830 24,831 24,832 24,833 24,834 24,835 24,836 24,837 24,838 2-45 24,851 24,852 24,853 24,854 24,855 24,856 24,857 24,858 24,859 24,860 24,861 24,862 24,863 2-46 24,876 24,877 24,878 24,879 24,880 24,881 24,882 24,883 24,884 24,885 24,886 24,887 24,888 2-47 24,901 24,902 24,903 24,904 24,905 24,906 24,907 24,908 24,909 24,910 24,911 24,912 24,913 2-48 24,926 24,927 24,928 24,929 24,930 24,931 24,932 24,933 24,934 24,935 24,936 24,937 24,938 2-49 24,951 24,952 24,953 24,954 24,955 24,956 24,957 24,958 24,959 24,960 24,961 24,962 24,963 2-50 24,976 24,977 24,978 24,979 24,980 24,981 24,982 24,983 24,984 24,985 24,986 24,987 24,988 2-51 25,001 25,002 25,003 25,004 25,005 25,006 25,007 25,008 25,009 25,010 25,011 25,012 25,013 2-52 25,026 25,027 25,028 25,029 25,030 25,031 25,032 25,033 25,034 25,035 25,036 25,037 25,038 2-53 25,051 25,052 25,053 25,054 25,055 25,056 25,057 25,058 25,059 25,060 25,061 25,062 25,063 2-54 25,076 25,077 25,078 25,079 25,080 25,081 25,082 25,083 25,084 25,085 25,086 25,087 25,088 2-55 25,101 25,102 25,103 25,104 25,105 25,106 25,107 25,108 25,109 25,110 25,111 25,112 25,113 Compound represented by the formula (1) 1-64 1-65 1-66 1-67 1-68 1-69 1-70 1-71 1-72 1-73 1-74 1-75 Compound 2-1 23,764 23,765 23,766 23,767 23,768 23,769 23,770 23,771 23,772 23,773 23,774 23,775 represented 2-2 23,789 23,790 23,791 23,792 23,793 23,794 23,795 23,796 23,797 23,798 23,799 23,800 by the 2-3 23,814 23,815 23,816 23,817 23,818 23,819 23,820 23,821 23,822 23,823 23,824 23,825 formula 2-4 23,839 23,840 23,841 23,842 23,843 23,844 23,845 23,846 23,847 23,848 23,849 23,850 (2) 2-5 23,864 23,865 23,866 23,867 23,868 23,869 23,870 23,871 23,872 23,873 23,874 23,875 2-6 23,889 23,890 23,891 23,892 23,893 23,894 23,895 23,896 23,897 23,898 23,899 23,900 2-7 23,914 23,915 23,916 23,917 23,918 23,919 23,920 23,921 23,922 23,923 23,924 23,925 2-8 23,939 23,940 23,941 23,942 23,943 23,944 23,945 23,946 23,947 23,948 23,949 23,950 2-9 23,964 23,965 23,966 23,967 23,968 23,969 23,970 23,971 23,972 23,973 23,974 23,975 2-10 23,989 23,990 23,991 23,992 23,993 23,994 23,995 23,996 23,997 23,998 23,999 24,000 2-11 24,014 24,015 24,016 24,017 24,018 24,019 24,020 24,021 24,022 24,023 24,024 24,025 2-12 24,039 24,040 24,041 24,042 24,043 24,044 24,045 24,046 24,047 24,048 24,049 24,050 2-13 24,064 24,065 24,066 24,067 24,068 24,069 24,070 24,071 24,072 24,073 24,074 24,075 2-14 24,089 24,090 24,091 24,092 24,093 24,094 24,095 24,096 24,097 24,098 24,099 24,100 2-15 24,114 24,115 24,116 24,117 24,118 24,119 24,120 24,121 24,122 24,123 24,124 24,125 2-16 24,139 24,140 24,141 24,142 24,143 24,144 24,145 24,146 24,147 24,148 24,149 24,150 2-17 24,164 24,165 24,166 24,167 24,168 24,169 24,170 24,171 24,172 24,173 24,174 24,175 2-18 24,189 24,190 24,191 24,192 24,193 24,194 24,195 24,196 24,197 24,198 24,199 24,200 2-19 24,214 24,215 24,216 24,217 24,218 24,219 24,220 24,221 24,222 24,223 24,224 24,225 2-20 24,239 24,240 24,241 24,242 24,243 24,244 24,245 24,246 24,247 24,248 24,249 24,250 2-21 24,264 24,265 24,266 24,267 24,268 24,269 24,270 24,271 24,272 24,273 24,274 24,275 2-22 24,289 24,290 24,291 24,292 24,293 24,294 24,295 24,296 24,297 24,298 24,299 24,300 2-23 24,314 24,315 24,316 24,317 24,318 24,319 24,320 24,321 24,322 24,323 24,324 24,325 2-24 24,339 24,340 24,341 24,342 24,343 24,344 24,345 24,346 24,347 24,348 24,349 24,350 2-25 24,364 24,365 24,366 24,367 24,368 24,369 24,370 24,371 24,372 24,373 24,374 24,375 2-26 24,389 24,390 24,391 24,392 24,393 24,394 24,395 24,396 24,397 24,398 24,399 24,400 2-27 24,414 24,415 24,416 24,417 24,418 24,419 24,420 24,421 24,422 24,423 24,424 24,425 2-28 24,439 24,440 24,441 24,442 24,443 24,444 24,445 24,446 24,447 24,448 24,449 24,450 2-29 24,464 24,465 24,466 24,467 24,468 24,469 24,470 24,471 24,472 24,473 24,474 24,475 2-30 24,489 24,490 24,491 24,492 24,493 24,494 24,495 24,496 24,497 24,498 24,499 24,500 2-31 24,514 24,515 24,516 24,517 24,518 24,519 24,520 24,521 24,522 24,523 24,524 24,525 2-32 24,539 24,540 24,541 24,542 24,543 24,544 24,545 24,546 24,547 24,548 24,549 24,550 2-33 24,564 24,565 24,566 24,567 24,568 24,569 24,570 24,571 24,572 24,573 24,574 24,575 2-34 24,589 24,590 24,591 24,592 24,593 24,594 24,595 24,596 24,597 24,598 24,599 24,600 2-35 24,614 24,615 24,616 24,617 24,618 24,619 24,620 24,621 24,622 24,623 24,624 24,625 2-36 24,639 24,640 24,641 24,642 24,643 24,644 24,645 24,646 24,647 24,648 24,649 24,650 2-37 24,664 24,665 24,666 24,667 24,668 24,669 24,670 24,671 24,672 24,673 24,674 24,675 2-38 24,689 24,690 24,691 24,692 24,693 24,694 24,695 24,696 24,697 24,698 24,699 24,700 2-39 24,714 24,715 24,716 24,717 24,718 24,719 24,720 24,721 24,722 24,723 24,724 24,725 2-40 24,739 24,740 24,741 24,742 24,743 24,744 24,745 24,746 24,747 24,748 24,749 24,750 2-41 24,764 24,765 24,766 24,767 24,768 24,769 24,770 24,771 24,772 24,773 24,774 24,775 2-42 24,789 24,790 24,791 24,792 24,793 24,794 24,795 24,796 24,797 24,798 24,799 24,800 2-43 24,814 24,815 24,816 24,817 24,818 24,819 24,820 24,821 24,822 24,823 24,824 24,825 2-44 24,839 24,840 24,841 24,842 24,843 24,844 24,845 24,846 24,847 24,848 24,849 24,850 2-45 24,864 24,865 24,866 24,867 24,868 24,869 24,870 24,871 24,872 24,873 24,874 24,875 2-46 24,889 24,890 24,891 24,892 24,893 24,894 24,895 24,896 24,897 24,898 24,899 24,900 2-47 24,914 24,915 24,916 24,917 24,918 24,919 24,920 24,921 24,922 24,923 24,924 24,925 2-48 24,939 24,940 24,941 24,942 24,943 24,944 24,945 24,946 24,947 24,948 24,949 24,950 2-49 24,964 24,965 24,966 24,967 24,968 24,969 24,970 24,971 24,972 24,973 24,974 24,975 2-50 24,989 24,990 24,991 24,992 24,993 24,994 24,995 24,996 24,997 24,998 24,999 25,000 2-51 25,014 25,015 25,016 25,017 25,018 25,019 25,020 25,021 25,022 25,023 25,024 25,025 2-52 25,039 25,040 25,041 25,042 25,043 25,044 25,045 25,046 25,047 25,048 25,049 25,050 2-53 25,064 25,065 25,066 25,067 25,068 25,069 25,070 25,071 25,072 25,073 25,074 25,075 2-54 25,089 25,090 25,091 25,092 25,093 25,094 25,095 25,096 25,097 25,098 25,099 25,100 2-55 25,114 25,115 25,116 25,117 25,118 25,119 25,120 25,121 25,122 25,123 25,124 25,125

TABLE 20 Compound represented by the formula (1) 1-51 1-52 1-53 1-54 1-55 1-56 1-57 1-58 1-59 1-60 1-61 1-62 1-63 Compound 2-56 25,126 25,127 25,128 25,129 25,130 25,131 25,132 25,133 25,134 25,135 25,136 25,137 25,138 represented 2-57 25,151 25,152 25,153 25,154 25,155 25,156 25,157 25,158 25,159 25,160 25,161 25,162 25,163 by the 2-58 25,176 25,177 25,178 25,179 25,180 25,181 25,182 25,183 25,184 25,185 25,186 25,187 25,188 formula 2-59 25,201 25,202 25,203 25,204 25,205 25,206 25,207 25,208 25,209 25,210 25,211 25,212 25,213 (2) 2-60 25,226 25,227 25,228 25,229 25,230 25,231 25,232 25,233 25,234 25,235 25,236 25,237 25,238 2-61 25,251 25,252 25,253 25,254 25,255 25,256 25,257 25,258 25,259 25,260 25,261 25,262 25,263 2-62 25,276 25,277 25,278 25,279 25,280 25,281 25,282 25,283 25,284 25,285 25,286 25,287 25,288 2-63 25,301 25,302 25,303 25,304 25,305 25,306 25,307 25,308 25,309 25,310 25,311 25,312 25,313 2-64 25,326 25,327 25,328 25,329 25,330 25,331 25,332 25,333 25,334 25,335 25,336 25,337 25,338 2-65 25,351 25,352 25,353 25,354 25,355 25,356 25,357 25,358 25,359 25,360 25,361 25,362 25,363 2-66 25,376 25,377 25,378 25,379 25,380 25,381 25,382 25,383 25,384 25,385 25,386 25,387 25,388 2-67 25,401 25,402 25,403 25,404 25,405 25,406 25,407 25,408 25,409 25,410 25,411 25,412 25,413 2-68 25,426 25,427 25,428 25,429 25,430 25,431 25,432 25,433 25,434 25,435 25,436 25,437 25,438 2-69 25,451 25,452 25,453 25,454 25,455 25,456 25,457 25,458 25,459 25,460 25,461 25,462 25,463 2-70 25,476 25,477 25,478 25,479 25,480 25,481 25,482 25,483 25,484 25,485 25,486 25,487 25,488 2-71 25,501 25,502 25,503 25,504 25,505 25,506 25,507 25,508 25,509 25,510 25,511 25,512 25,513 2-72 25,526 25,527 25,528 25,529 25,530 25,531 25,532 25,533 25,534 25,535 25,536 25,537 25,538 2-73 25,551 25,552 25,553 25,554 25,555 25,556 25,557 25,558 25,559 25,560 25,561 25,562 25,563 2-74 25,576 25,577 25,578 25,579 25,580 25,581 25,582 25,583 25,584 25,585 25,586 25,587 25,588 2-75 25,601 25,602 25,603 25,604 25,605 25,606 25,607 25,608 25,609 25,610 25,611 25,612 25,613 2-76 25,626 25,627 25,628 25,629 25,630 25,631 25,632 25,633 25,634 25,635 25,636 25,637 25,638 2-77 25,651 25,652 25,653 25,654 25,655 25,656 25,657 25,658 25,659 25,660 25,661 25,662 25,663 2-78 25,676 25,677 25,678 25,679 25,680 25,681 25,682 25,683 25,684 25,685 25,686 25,687 25,688 2-79 25,701 25,702 25,703 25,704 25,705 25,706 25,707 25,708 25,709 25,710 25,711 25,712 25,713 2-80 25,726 25,727 25,728 25,729 25,730 25,731 25,732 25,733 25,734 25,735 25,736 25,737 25,738 2-81 25,751 25,752 25,753 25,754 25,755 25,756 25,757 25,758 25,759 25,760 25,761 25,762 25,763 2-82 25,776 25,777 25,778 25,779 25,780 25,781 25,782 25,783 25,784 25,785 25,786 25,787 25,788 2-83 25,801 25,802 25,803 25,804 25,805 25,806 25,807 25,808 25,809 25,810 25,811 25,812 25,813 2-84 25,826 25,827 25,828 25,829 25,830 25,831 25,832 25,833 25,834 25,835 25,836 25,837 25,838 2-85 25,851 25,852 25,853 25,854 25,855 25,856 25,857 25,858 25,859 25,860 25,861 25,862 25,863 2-86 25,876 25,877 25,878 25,879 25,880 25,881 25,882 25,883 25,884 25,885 25,886 25,887 25,888 2-87 25,901 25,902 25,903 25,904 25,905 25,906 25,907 25,908 25,909 25,910 25,911 25,912 25,913 2-88 25,926 25,927 25,928 25,929 25,930 25,931 25,932 25,933 25,934 25,935 25,936 25,937 25,938 2-89 25,951 25,952 25,953 25,954 25,955 25,956 25,957 25,958 25,959 25,960 25,961 25,962 25,963 2-90 25,976 25,977 25,978 25,979 25,980 25,981 25,982 25,983 25,984 25,985 25,986 25,987 25,988 2-91 26,001 26,002 26,003 26,004 26,005 26,006 26,007 26,008 26,009 26,010 26,011 26,012 26,013 2-92 26,026 26,027 26,028 26,029 26,030 26,031 26,032 26,033 26,034 26,035 26,036 26,037 26,038 2-93 26,051 26,052 26,053 26,054 26,055 26,056 26,057 26,058 26,059 26,060 26,061 26,062 26,063 2-94 26,076 26,077 26,078 26,079 26,080 26,081 26,082 26,083 26,084 26,085 26,086 26,087 26,088 2-95 26,101 26,102 26,103 26,104 26,105 26,106 26,107 26,108 26,109 26,110 26,111 26,112 26,113 2-96 26,126 26,127 26,128 26,129 26,130 26,131 26,132 26,133 26,134 26,135 26,136 26,137 26,138 2-97 26,151 26,152 26,153 26,154 26,155 26,156 26,157 26,158 26,159 26,160 26,161 26,162 26,163 2-98 26,176 26,177 26,178 26,179 26,180 26,181 26,182 26,183 26,184 26,185 26,186 26,187 26,188 2-99 26,201 26,202 26,203 26,204 26,205 26,206 26,207 26,208 26,209 26,210 26,211 26,212 26,213 2-100 26,226 26,227 26,228 26,229 26,230 26,231 26,232 26,233 26,234 26,235 26,236 26,237 26,238 2-101 26,251 26,252 26,253 26,254 26,255 26,256 26,257 26,258 26,259 26,260 26,261 26,262 26,263 2-102 26,276 26,277 26,278 26,279 26,280 26,281 26,282 26,283 26,284 26,285 26,286 26,287 26,288 2-103 26,301 26,302 26,303 26,304 26,305 26,306 26,307 26,308 26,309 26,310 26,311 26,312 26,313 2-104 26,326 26,327 26,328 26,329 26,330 26,331 26,332 26,333 26,334 26,335 26,336 26,337 26,338 2-105 26,351 26,352 26,353 26,354 26,355 26,356 26,357 26,358 26,359 26,360 26,361 26,362 26,363 2-106 26,376 26,377 26,378 26,379 26,380 26,381 26,382 26,383 26,384 26,385 26,386 26,387 26,388 2-107 26,401 26,402 26,403 26,404 26,405 26,406 26,407 26,408 26,409 26,410 26,411 26,412 26,413 2-108 26,426 26,427 26,428 26,429 26,430 26,431 26,432 26,433 26,434 26,435 26,436 26,437 26,438 2-109 26,451 26,452 26,453 26,454 26,455 26,456 26,457 26,458 26,459 26,460 26,461 26,462 26,463 2-110 26,476 26,477 26,478 26,479 26,480 26,481 26,482 26,483 26,484 26,485 26,486 26,487 26,488 Compound represented by the formula (1) 1-64 1-65 1-66 1-67 1-68 1-69 1-70 1-71 1-72 1-73 1-74 1-75 Compound 2-56 25,139 25,140 25,141 25,142 25,143 25,144 25,145 25,146 25,147 25,148 25,149 25,150 represented 2-57 25,164 25,165 25,166 25,167 25,168 25,169 25,170 25,171 25,172 25,173 25,174 25,175 by the 2-58 25,189 25,190 25,191 25,192 25,193 25,194 25,195 25,196 25,197 25,198 25,199 25,200 formula 2-59 25,214 25,215 25,216 25,217 25,218 25,219 25,220 25,221 25,222 25,223 25,224 25,225 (2) 2-60 25,239 25,240 25,241 25,242 25,243 25,244 25,245 25,246 25,247 25,248 25,249 25,250 2-61 25,264 25,265 25,266 25,267 25,268 25,269 25,270 25,271 25,272 25,273 25,274 25,275 2-62 25,289 25,290 25,291 25,292 25,293 25,294 25,295 25,296 25,297 25,298 25,299 25,300 2-63 25,314 25,315 25,316 25,317 25,318 25,319 25,320 25,321 25,322 25,323 25,324 25,325 2-64 25,339 25,340 25,341 25,342 25,343 25,344 25,345 25,346 25,347 25,348 25,349 25,350 2-65 25,364 25,365 25,366 25,367 25,368 25,369 25,370 25,371 25,372 25,373 25,374 25,375 2-66 25,389 25,390 25,391 25,392 25,393 25,394 25,395 25,396 25,397 25,398 25,399 25,400 2-67 25,414 25,415 25,416 25,417 25,418 25,419 25,420 25,421 25,422 25,423 25,424 25,425 2-68 25,439 25,440 25,441 25,442 25,443 25,444 25,445 25,446 25,447 25,448 25,449 25,450 2-69 25,464 25,465 25,466 25,467 25,468 25,469 25,470 25,471 25,472 25,473 25,474 25,475 2-70 25,489 25,490 25,491 25,492 25,493 25,494 25,495 25,496 25,497 25,498 25,499 25,500 2-71 25,514 25,515 25,516 25,517 25,518 25,519 25,520 25,521 25,522 25,523 25,524 25,525 2-72 25,539 25,540 25,541 25,542 25,543 25,544 25,545 25,546 25,547 25,548 25,549 25,550 2-73 25,564 25,565 25,566 25,567 25,568 25,569 25,570 25,571 25,572 25,573 25,574 25,575 2-74 25,589 25,590 25,591 25,592 25,593 25,594 25,595 25,596 25,597 25,598 25,599 25,600 2-75 25,614 25,615 25,616 25,617 25,618 25,619 25,620 25,621 25,622 25,623 25,624 25,625 2-76 25,639 25,640 25,641 25,642 25,643 25,644 25,645 25,646 25,647 25,648 25,649 25,650 2-77 25,664 25,665 25,666 25,667 25,668 25,669 25,670 25,671 25,672 25,673 25,674 25,675 2-78 25,689 25,690 25,691 25,692 25,693 25,694 25,695 25,696 25,697 25,698 25,699 25,700 2-79 25,714 25,715 25,716 25,717 25,718 25,719 25,720 25,721 25,722 25,723 25,724 25,725 2-80 25,739 25,740 25,741 25,742 25,743 25,744 25,745 25,746 25,747 25,748 25,749 25,750 2-81 25,764 25,765 25,766 25,767 25,768 25,769 25,770 25,771 25,772 25,773 25,774 25,775 2-82 25,789 25,790 25,791 25,792 25,793 25,794 25,795 25,796 25,797 25,798 25,799 25,800 2-83 25,814 25,815 25,816 25,817 25,818 25,819 25,820 25,821 25,822 25,823 25,824 25,825 2-84 25,839 25,840 25,841 25,842 25,843 25,844 25,845 25,846 25,847 25,848 25,849 25,850 2-85 25,864 25,865 25,866 25,867 25,868 25,869 25,870 25,871 25,872 25,873 25,874 25,875 2-86 25,889 25,890 25,891 25,892 25,893 25,894 25,895 25,896 25,897 25,898 25,899 25,900 2-87 25,914 25,915 25,916 25,917 25,918 25,919 25,920 25,921 25,922 25,923 25,924 25,925 2-88 25,939 25,940 25,941 25,942 25,943 25,944 25,945 25,946 25,947 25,948 25,949 25,950 2-89 25,964 25,965 25,966 25,967 25,968 25,969 25,970 25,971 25,972 25,973 25,974 25,975 2-90 25,989 25,990 25,991 25,992 25,993 25,994 25,995 25,996 25,997 25,998 25,999 26,000 2-91 26,014 26,015 26,016 26,017 26,018 26,019 26,020 26,021 26,022 26,023 26,024 26,025 2-92 26,039 26,040 26,041 26,042 26,043 26,044 26,045 26,046 26,047 26,048 26,049 26,050 2-93 26,064 26,065 26,066 26,067 26,068 26,069 26,070 26,071 26,072 26,073 26,074 26,075 2-94 26,089 26,090 26,091 26,092 26,093 26,094 26,095 26,096 26,097 26,098 26,099 26,100 2-95 26,114 26,115 26,116 26,117 26,118 26,119 26,120 26,121 26,122 26,123 26,124 26,125 2-96 26,139 26,140 26,141 26,142 26,143 26,144 26,145 26,146 26,147 26,148 26,149 26,150 2-97 26,164 26,165 26,166 26,167 26,168 26,169 26,170 26,171 26,172 26,173 26,174 26,175 2-98 26,189 26,190 26,191 26,192 26,193 26,194 26,195 26,196 26,197 26,198 26,199 26,200 2-99 26,214 26,215 26,216 26,217 26,218 26,219 26,220 26,221 26,222 26,223 26,224 26,225 2-100 26,239 26,240 26,241 26,242 26,243 26,244 26,245 26,246 26,247 26,248 26,249 26,250 2-101 26,264 26,265 26,266 26,267 26,268 26,269 26,270 26,271 26,272 26,273 26,274 26,275 2-102 26,289 26,290 26,291 26,292 26,293 26,294 26,295 26,296 26,297 26,298 26,299 26,300 2-103 26,314 26,315 26,316 26,317 26,318 26,319 26,320 26,321 26,322 26,323 26,324 26,325 2-104 26,339 26,340 26,341 26,342 26,343 26,344 26,345 26,346 26,347 26,348 26,349 26,350 2-105 26,364 26,365 26,366 26,367 26,368 26,369 26,370 26,371 26,372 26,373 26,374 26,375 2-106 26,389 26,390 26,391 26,392 26,393 26,394 26,395 26,396 26,397 26,398 26,399 26,400 2-107 26,414 26,415 26,416 26,417 26,418 26,419 26,420 26,421 26,422 26,423 26,424 26,425 2-108 26,439 26,440 26,441 26,442 26,443 26,444 26,445 26,446 26,447 26,448 26,449 26,450 2-109 26,464 26,465 26,466 26,467 26,468 26,469 26,470 26,471 26,472 26,473 26,474 26,475 2-110 26,489 26,490 26,491 26,492 26,493 26,494 26,495 26,496 26,497 26,498 26,499 26,500

TABLE 21 Compound represented by the formula (1) 1-51 1-52 1-53 1-54 1-55 1-56 1-57 1-58 1-59 1-60 1-61 1-62 1-63 Compound 2-111 26,501 26,502 26,503 26,504 26,505 26,506 26,507 26,508 26,509 26,510 26,511 26,512 26,513 represented 2-112 26,526 26,527 26,528 26,529 26,530 26,531 26,532 26,533 26,534 26,535 26,536 26,537 26,538 by the 2-113 26,551 26,552 26,553 26,554 26,555 26,556 26,557 26,558 26,559 26,560 26,561 26,562 26,563 formula 2-114 26,576 26,577 26,578 26,579 26,580 26,581 26,582 26,583 26,584 26,585 26,586 26,587 26,588 (2) 2-115 26,601 26,602 26,603 26,604 26,605 26,606 26,607 26,608 26,609 26,610 26,611 26,612 26,613 2-116 26,626 26,627 26,628 26,629 26,630 26,631 26,632 26,633 26,634 26,635 26,636 26,637 26,638 2-117 26,651 26,652 26,653 26,654 26,655 26,656 26,657 26,658 26,659 26,660 26,661 26,662 26,663 2-118 26,676 26,677 26,678 26,679 26,680 26,681 26,682 26,683 26,684 26,685 26,686 26,687 26,688 2-119 26,701 26,702 26,703 26,704 26,705 26,706 26,707 26,708 26,709 26,710 26,711 26,712 26,713 2-120 26,726 26,727 26,728 26,729 26,730 26,731 26,732 26,733 26,734 26,735 26,736 26,737 26,738 2-121 26,751 26,752 26,753 26,754 26,755 26,756 26,757 26,758 26,759 26,760 26,761 26,762 26,763 2-122 26,776 26,777 26,778 26,779 26,780 26,781 26,782 26,783 26,784 26,785 26,786 26,787 26,788 2-123 26,801 26,802 26,803 26,804 26,805 26,806 26,807 26,808 26,809 26,810 26,811 26,812 26,813 2-124 26,826 26,827 26,828 26,829 26,830 26,831 26,832 26,833 26,834 26,835 26,836 26,837 26,838 2-125 26,851 26,852 26,853 26,854 26,855 26,856 26,857 26,858 26,859 26,860 26,861 26,862 26,863 2-126 26,876 26,877 26,878 26,879 26,880 26,881 26,882 26,883 26,884 26,885 26,886 26,887 26,888 2-127 26,901 26,902 26,903 26,904 26,905 26,906 26,907 26,908 26,909 26,910 26,911 26,912 26,913 2-128 26,926 26,927 26,928 26,929 26,930 26,931 26,932 26,933 26,934 26,935 26,936 26,937 26,938 2-129 26,951 26,952 26,953 26,954 26,955 26,956 26,957 26,958 26,959 26,960 26,961 26,962 26,963 2-130 26,976 26,977 26,978 26,979 26,980 26,981 26,982 26,983 26,984 26,985 26,986 26,987 26,988 2-131 27,001 27,002 27,003 27,004 27,005 27,006 27,007 27,008 27,009 27,010 27,011 27,012 27,013 2-132 27,026 27,027 27,028 27,029 27,030 27,031 27,032 27,033 27,034 27,035 27,036 27,037 27,038 2-133 27,051 27,052 27,053 27,054 27,055 27,056 27,057 27,058 27,059 27,060 27,061 27,062 27,063 2-134 27,076 27,077 27,078 27,079 27,080 27,081 27,082 27,083 27,084 27,085 27,086 27,087 27,088 2-135 27,101 27,102 27,103 27,104 27,105 27,106 27,107 27,108 27,109 27,110 27,111 27,112 27,113 2-136 27,126 27,127 27,128 27,129 27,130 27,131 27,132 27,133 27,134 27,135 27,136 27,137 27,138 2-137 27,151 27,152 27,153 27,154 27,155 27,156 27,157 27,158 27,159 27,160 27,161 27,162 27,163 2-138 27,176 27,177 27,178 27,179 27,180 27,181 27,182 27,183 27,184 27,185 27,186 27,187 27,188 2-139 27,201 27,202 27,203 27,204 27,205 27,206 27,207 27,208 27,209 27,210 27,211 27,212 27,213 2-140 27,226 27,227 27,228 27,229 27,230 27,231 27,232 27,233 27,234 27,235 27,236 27,237 27,238 2-141 27,251 27,252 27,253 27,254 27,255 27,256 27,257 27,258 27,259 27,260 27,261 27,262 27,263 2-142 27,276 27,277 27,278 27,279 27,280 27,281 27,282 27,283 27,284 27,285 27,286 27,287 27,288 2-143 27,301 27,302 27,303 27,304 27,305 27,306 27,307 27,308 27,309 27,310 27,311 27,312 27,313 2-144 27,326 27,327 27,328 27,329 27,330 27,331 27,332 27,333 27,334 27,335 27,336 27,337 27,338 2-145 27,351 27,352 27,353 27,354 27,355 27,356 27,357 27,358 27,359 27,360 27,361 27,362 27,363 2-146 27,376 27,377 27,378 27,379 27,380 27,381 27,382 27,383 27,384 27,385 27,386 27,387 27,388 2-147 27,401 27,402 27,403 27,404 27,405 27,406 27,407 27,408 27,409 27,410 27,411 27,412 27,413 2-148 27,426 27,427 27,428 27,429 27,430 27,431 27,432 27,433 27,434 27,435 27,436 27,437 27,438 2-149 27,451 27,452 27,453 27,454 27,455 27,456 27,457 27,458 27,459 27,460 27,461 27,462 27,463 2-150 27,476 27,477 27,478 27,479 27,480 27,481 27,482 27,483 27,484 27,485 27,486 27,487 27,488 2-151 27,501 27,502 27,503 27,504 27,505 27,506 27,507 27,508 27,509 27,510 27,511 27,512 27,513 2-152 27,526 27,527 27,528 27,529 27,530 27,531 27,532 27,533 27,534 27,535 27,536 27,537 27,538 2-153 27,551 27,552 27,553 27,554 27,555 27,556 27,557 27,558 27,559 27,560 27,561 27,562 27,563 2-154 27,576 27,577 27,578 27,579 27,580 27,581 27,582 27,583 27,584 27,585 27,586 27,587 27,588 2-155 27,601 27,602 27,603 27,604 27,605 27,606 27,607 27,608 27,609 27,610 27,611 27,612 27,613 2-156 27,626 27,627 27,628 27,629 27,630 27,631 27,632 27,633 27,634 27,635 27,636 27,637 27,638 2-157 27,651 27,652 27,653 27,654 27,655 27,656 27,657 27,658 27,659 27,660 27,661 27,662 27,663 2-158 27,676 27,677 27,678 27,679 27,680 27,681 27,682 27,683 27,684 27,685 27,686 27,687 27,688 2-159 27,701 27,702 27,703 27,704 27,705 27,706 27,707 27,708 27,709 27,710 27,711 27,712 27,713 2-160 27,726 27,727 27,728 27,729 27,730 27,731 27,732 27,733 27,734 27,735 27,736 27,737 27,738 2-161 27,751 27,752 27,753 27,754 27,755 27,756 27,757 27,758 27,759 27,760 27,761 27,762 27,763 2-162 27,776 27,777 27,778 27,779 27,780 27,781 27,782 27,783 27,784 27,785 27,786 27,787 27,788 2-163 27,801 27,802 27,803 27,804 27,805 27,806 27,807 27,808 27,809 27,810 27,811 27,812 27,813 2-164 27,826 27,827 27,828 27,829 27,830 27,831 27,832 27,833 27,834 27,835 27,836 27,837 27,838 2-165 27,851 27,852 27,853 27,854 27,855 27,856 27,857 27,858 27,859 27,860 27,861 27,862 27,863 Compound represented by the formula (1) 1-64 1-65 1-66 1-67 1-68 1-69 1-70 1-71 1-72 1-73 1-74 1-75 Compound 2-111 26,514 26,515 26,516 26,517 26,518 26,519 26,520 26,521 26,522 26,523 26,524 26,525 represented 2-112 26,539 26,540 26,541 26,542 26,543 26,544 26,545 26,546 26,547 26,548 26,549 26,550 by the 2-113 26,564 26,565 26,566 26,567 26,568 26,569 26,570 26,571 26,572 26,573 26,574 26,575 formula 2-114 26,589 26,590 26,591 26,592 26,593 26,594 26,595 26,596 26,597 26,598 26,599 26,600 (2) 2-115 26,614 26,615 26,616 26,617 26,618 26,619 26,620 26,621 26,622 26,623 26,624 26,625 2-116 26,639 26,640 26,641 26,642 26,643 26,644 26,645 26,646 26,647 26,648 26,649 26,650 2-117 26,664 26,665 26,666 26,667 26,668 26,669 26,670 26,671 26,672 26,673 26,674 26,675 2-118 26,689 26,690 26,691 26,692 26,693 26,694 26,695 26,696 26,697 26,698 26,699 26,700 2-119 26,714 26,715 26,716 26,717 26,718 26,719 26,720 26,721 26,722 26,723 26,724 26,725 2-120 26,739 26,740 26,741 26,742 26,743 26,744 26,745 26,746 26,747 26,748 26,749 26,750 2-121 26,764 26,765 26,766 26,767 26,768 26,769 26,770 26,771 26,772 26,773 26,774 26,775 2-122 26,789 26,790 26,791 26,792 26,793 26,794 26,795 26,796 26,797 26,798 26,799 26,800 2-123 26,814 26,815 26,816 26,817 26,818 26,819 26,820 26,821 26,822 26,823 26,824 26,825 2-124 26,839 26,840 26,841 26,842 26,843 26,844 26,845 26,846 26,847 26,848 26,849 26,850 2-125 26,864 26,865 26,866 26,867 26,868 26,869 26,870 26,871 26,872 26,873 26,874 26,875 2-126 26,889 26,890 26,891 26,892 26,893 26,894 26,895 26,896 26,897 26,898 26,899 26,900 2-127 26,914 26,915 26,916 26,917 26,918 26,919 26,920 26,921 26,922 26,923 26,924 26,925 2-128 26,939 26,940 26,941 26,942 26,943 26,944 26,945 26,946 26,947 26,948 26,949 26,950 2-129 26,964 26,965 26,966 26,967 26,968 26,969 26,970 26,971 26,972 26,973 26,974 26,975 2-130 26,989 26,990 26,991 26,992 26,993 26,994 26,995 26,996 26,997 26,998 26,999 27,000 2-131 27,014 27,015 27,016 27,017 27,018 27,019 27,020 27,021 27,022 27,023 27,024 27,025 2-132 27,039 27,040 27,041 27,042 27,043 27,044 27,045 27,046 27,047 27,048 27,049 27,050 2-133 27,064 27,065 27,066 27,067 27,068 27,069 27,070 27,071 27,072 27,073 27,074 27,075 2-134 27,089 27,090 27,091 27,092 27,093 27,094 27,095 27,096 27,097 27,098 27,099 27,100 2-135 27,114 27,115 27,116 27,117 27,118 27,119 27,120 27,121 27,122 27,123 27,124 27,125 2-136 27,139 27,140 27,141 27,142 27,143 27,144 27,145 27,146 27,147 27,148 27,149 27,150 2-137 27,164 27,165 27,166 27,167 27,168 27,169 27,170 27,171 27,172 27,173 27,174 27,175 2-138 27,189 27,190 27,191 27,192 27,193 27,194 27,195 27,196 27,197 27,198 27,199 27,200 2-139 27,214 27,215 27,216 27,217 27,218 27,219 27,220 27,221 27,222 27,223 27,224 27,225 2-140 27,239 27,240 27,241 27,242 27,243 27,244 27,245 27,246 27,247 27,248 27,249 27,250 2-141 27,264 27,265 27,266 27,267 27,268 27,269 27,270 27,271 27,272 27,273 27,274 27,275 2-142 27,289 27,290 27,291 27,292 27,293 27,294 27,295 27,296 27,297 27,298 27,299 27,300 2-143 27,314 27,315 27,316 27,317 27,318 27,319 27,320 27,321 27,322 27,323 27,324 27,325 2-144 27,339 27,340 27,341 27,342 27,343 27,344 27,345 27,346 27,347 27,348 27,349 27,350 2-145 27,364 27,365 27,366 27,367 27,368 27,369 27,370 27,371 27,372 27,373 27,374 27,375 2-146 27,389 27,390 27,391 27,392 27,393 27,394 27,395 27,396 27,397 27,398 27,399 27,400 2-147 27,414 27,415 27,416 27,417 27,418 27,419 27,420 27,421 27,422 27,423 27,424 27,425 2-148 27,439 27,440 27,441 27,442 27,443 27,444 27,445 27,446 27,447 27,448 27,449 27,450 2-149 27,464 27,465 27,466 27,467 27,468 27,469 27,470 27,471 27,472 27,473 27,474 27,475 2-150 27,489 27,490 27,491 27,492 27,493 27,494 27,495 27,496 27,497 27,498 27,499 27,500 2-151 27,514 27,515 27,516 27,517 27,518 27,519 27,520 27,521 27,522 27,523 27,524 27,525 2-152 27,539 27,540 27,541 27,542 27,543 27,544 27,545 27,546 27,547 27,548 27,549 27,550 2-153 27,564 27,565 27,566 27,567 27,568 27,569 27,570 27,571 27,572 27,573 27,574 27,575 2-154 27,589 27,590 27,591 27,592 27,593 27,594 27,595 27,596 27,597 27,598 27,599 27,600 2-155 27,614 27,615 27,616 27,617 27,618 27,619 27,620 27,621 27,622 27,623 27,624 27,625 2-156 27,639 27,640 27,641 27,642 27,643 27,644 27,645 27,646 27,647 27,648 27,649 27,650 2-157 27,664 27,665 27,666 27,667 27,668 27,669 27,670 27,671 27,672 27,673 27,674 27,675 2-158 27,689 27,690 27,691 27,692 27,693 27,694 27,695 27,696 27,697 27,698 27,699 27,700 2-159 27,714 27,715 27,716 27,717 27,718 27,719 27,720 27,721 27,722 27,723 27,724 27,725 2-160 27,739 27,740 27,741 27,742 27,743 27,744 27,745 27,746 27,747 27,748 27,749 27,750 2-161 27,764 27,765 27,766 27,767 27,768 27,769 27,770 27,771 27,772 27,773 27,774 27,775 2-162 27,789 27,790 27,791 27,792 27,793 27,794 27,795 27,796 27,797 27,798 27,799 27,800 2-163 27,814 27,815 27,816 27,817 27,818 27,819 27,820 27,821 27,822 27,823 27,824 27,825 2-164 27,839 27,840 27,841 27,842 27,843 27,844 27,845 27,846 27,847 27,848 27,849 27,850 2-165 27,864 27,865 27,866 27,867 27,868 27,869 27,870 27,871 27,872 27,873 27,874 27,875

TABLE 22 Compound represented by the formula (1) 1-51 1-52 1-53 1-54 1-55 1-56 1-57 1-58 1-59 1-60 1-61 1-62 1-63 Compound 2-166 27,876 27,877 27,878 27,879 27,880 27,881 27,882 27,883 27,884 27,885 27,886 27,887 27,888 represented 2-167 27,901 27,902 27,903 27,904 27,905 27,906 27,907 27,908 27,909 27,910 27,911 27,912 27,913 by the 2-168 27,926 27,927 27,928 27,929 27,930 27,931 27,932 27,933 27,934 27,935 27,936 27,937 27,938 formula 2-169 27,951 27,952 27,953 27,954 27,955 27,956 27,957 27,958 27,959 27,960 27,961 27,962 27,963 (2) 2-170 27,976 27,977 27,978 27,979 27,980 27,981 27,982 27,983 27,984 27,985 27,986 27,987 27,988 2-171 28,001 28,002 28,003 28,004 28,005 28,006 28,007 28,008 28,009 28,010 28,011 28,012 28,013 2-172 28,026 28,027 28,028 28,029 28,030 28,031 28,032 28,033 28,034 28,035 28,036 28,037 28,038 2-173 28,051 28,052 28,053 28,054 28,055 28,056 28,057 28,058 28,059 28,060 28,061 28,062 28,063 2-174 28,076 28,077 28,078 28,079 28,080 28,081 28,082 28,083 28,084 28,085 28,086 28,087 28,088 2-175 28,101 28,102 28,103 28,104 28,105 28,106 28,107 28,108 28,109 28,110 28,111 28,112 28,113 2-176 28,126 28,127 28,128 28,129 28,130 28,131 28,132 28,133 28,134 28,135 28,136 28,137 28,138 2-177 28,151 28,152 28,153 28,154 28,155 28,156 28,157 28,158 28,159 28,160 28,161 28,162 28,163 2-178 28,176 28,177 28,178 28,179 28,180 28,181 28,182 28,183 28,184 28,185 28,186 28,187 28,188 2-179 28,201 28,202 28,203 28,204 28,205 28,206 28,207 28,208 28,209 28,210 28,211 28,212 28,213 2-180 28,226 28,227 28,228 28,229 28,230 28,231 28,232 28,233 28,234 28,235 28,236 28,237 28,238 2-181 28,251 28,252 28,253 28,254 28,255 28,256 28,257 28,258 28,259 28,260 28,261 28,262 28,263 2-182 28,276 28,277 28,278 28,279 28,280 28,281 28,282 28,283 28,284 28,285 28,286 28,287 28,288 2-183 28,301 28,302 28,303 28,304 28,305 28,306 28,307 28,308 28,309 28,310 28,311 28,312 28,313 2-184 28,326 28,327 28,328 28,329 28,330 28,331 28,332 28,333 28,334 28,335 28,336 28,337 28,338 2-185 28,351 28,352 28,353 28,354 28,355 28,356 28,357 28,358 28,359 28,360 28,361 28,362 28,363 2-186 28,376 28,377 28,378 28,379 28,380 28,381 28,382 28,383 28,384 28,385 28,386 28,387 28,388 2-187 28,401 28,402 28,403 28,404 28,405 28,406 28,407 28,408 28,409 28,410 28,411 28,412 28,413 2-188 28,426 28,427 28,428 28,429 28,430 28,431 28,432 28,433 28,434 28,435 28,436 28,437 28,438 2-189 28,451 28,452 28,453 28,454 28,455 28,456 28,457 28,458 28,459 28,460 28,461 28,462 28,463 2-190 28,476 28,477 28,478 28,479 28,480 28,481 28,482 28,483 28,484 28,485 28,486 28,487 28,488 2-191 28,501 28,502 28,503 28,504 28,505 28,506 28,507 28,508 28,509 28,510 28,511 28,512 28,513 2-192 28,526 28,527 28,528 28,529 28,530 28,531 28,532 28,533 28,534 28,535 28,536 28,537 28,538 2-193 28,551 28,552 28,553 28,554 28,555 28,556 28,557 28,558 28,559 28,560 28,561 28,562 28,563 2-194 28,576 28,577 28,578 28,579 28,580 28,581 28,582 28,583 28,584 28,585 28,586 28,587 28,588 2-195 28,601 28,602 28,603 28,604 28,605 28,606 28,607 28,608 28,609 28,610 28,611 28,612 28,613 2-196 28,626 28,627 28,628 28,629 28,630 28,631 28,632 28,633 28,634 28,635 28,636 28,637 28,638 2-197 28,651 28,652 28,653 28,654 28,655 28,656 28,657 28,658 28,659 28,660 28,661 28,662 28,663 2-198 28,676 28,677 28,678 28,679 28,680 28,681 28,682 28,683 28,684 28,685 28,686 28,687 28,688 2-199 28,701 28,702 28,703 28,704 28,705 28,706 28,707 28,708 28,709 28,710 28,711 28,712 28,713 2-200 28,726 28,727 28,728 28,729 28,730 28,731 28,732 28,733 28,734 28,735 28,736 28,737 28,738 2-201 28,751 28,752 28,753 28,754 28,755 28,756 28,757 28,758 28,759 28,760 28,761 28,762 28,763 2-202 28,776 28,777 28,778 28,779 28,780 28,781 28,782 28,783 28,784 28,785 28,786 28,787 28,788 2-203 28,801 28,802 28,803 28,804 28,805 28,806 28,807 28,808 28,809 28,810 28,811 28,812 28,813 2-204 28,826 28,827 28,828 28,829 28,830 28,831 28,832 28,833 28,834 28,835 28,836 28,837 28,838 2-205 28,851 28,852 28,853 28,854 28,855 28,856 28,857 28,858 28,859 28,860 28,861 28,862 28,863 2-206 28,876 28,877 28,878 28,879 28,880 28,881 28,882 28,883 28,884 28,885 28,886 28,887 28,888 2-207 28,901 28,902 28,903 28,904 28,905 28,906 28,907 28,908 28,909 28,910 28,911 28,912 28,913 2-208 28,926 28,927 28,928 28,929 28,930 28,931 28,932 28,933 28,934 28,935 28,936 28,937 28,938 2-209 28,951 28,952 28,953 28,954 28,955 28,956 28,957 28,958 28,959 28,960 28,961 28,962 28,963 2-210 28,976 28,977 28,978 28,979 28,980 28,981 28,982 28,983 28,984 28,985 28,986 28,987 28,988 2-211 29,001 29,002 29,003 29,004 29,005 29,006 29,007 29,008 29,009 29,010 29,011 29,012 29,013 2-212 29,026 29,027 29,028 29,029 29,030 29,031 29,032 29,033 29,034 29,035 29,036 29,037 29,038 2-213 29,051 29,052 29,053 29,054 29,055 29,056 29,057 29,058 29,059 29,060 29,061 29,062 29,063 2-214 29,076 29,077 29,078 29,079 29,080 29,081 29,082 29,083 29,084 29,085 29,086 29,087 29,088 2-215 29,101 29,102 29,103 29,104 29,105 29,106 29,107 29,108 29,109 29,110 29,111 29,112 29,113 2-216 29,126 29,127 29,128 29,129 29,130 29,131 29,132 29,133 29,134 29,135 29,136 29,137 29,138 2-217 29,151 29,152 29,153 29,154 29,155 29,156 29,157 29,158 29,159 29,160 29,161 29,162 29,163 2-218 29,176 29,177 29,178 29,179 29,180 29,181 29,182 29,183 29,184 29,185 29,186 29,187 29,188 2-219 29,201 29,202 29,203 29,204 29,205 29,206 29,207 29,208 29,209 29,210 29,211 29,212 29,213 2-220 29,226 29,227 29,228 29,229 29,230 29,231 29,232 29,233 29,234 29,235 29,236 29,237 29,238 Compound represented by the formula (1) 1-64 1-65 1-66 1-67 1-68 1-69 1-70 1-71 1-72 1-73 1-74 1-75 Compound 2-166 27,889 27,890 27,891 27,892 27,893 27,894 27,895 27,896 27,897 27,898 27,899 27,900 represented 2-167 27,914 27,915 27,916 27,917 27,918 27,919 27,920 27,921 27,922 27,923 27,924 27,925 by the 2-168 27,939 27,940 27,941 27,942 27,943 27,944 27,945 27,946 27,947 27,948 27,949 27,950 formula 2-169 27,964 27,965 27,966 27,967 27,968 27,969 27,970 27,971 27,972 27,973 27,974 27,975 (2) 2-170 27,989 27,990 27,991 27,992 27,993 27,994 27,995 27,996 27,997 27,998 27,999 28,000 2-171 28,014 28,015 28,016 28,017 28,018 28,019 28,020 28,021 28,022 28,023 28,024 28,025 2-172 28,039 28,040 28,041 28,042 28,043 28,044 28,045 28,046 28,047 28,048 28,049 28,050 2-173 28,064 28,065 28,066 28,067 28,068 28,069 28,070 28,071 28,072 28,073 28,074 28,075 2-174 28,089 28,090 28,091 28,092 28,093 28,094 28,095 28,096 28,097 28,098 28,099 28,100 2-175 28,114 28,115 28,116 28,117 28,118 28,119 28,120 28,121 28,122 28,123 28,124 28,125 2-176 28,139 28,140 28,141 28,142 28,143 28,144 28,145 28,146 28,147 28,148 28,149 28,150 2-177 28,164 28,165 28,166 28,167 28,168 28,169 28,170 28,171 28,172 28,173 28,174 28,175 2-178 28,189 28,190 28,191 28,192 28,193 28,194 28,195 28,196 28,197 28,198 28,199 28,200 2-179 28,214 28,215 28,216 28,217 28,218 28,219 28,220 28,221 28,222 28,223 28,224 28,225 2-180 28,239 28,240 28,241 28,242 28,243 28,244 28,245 28,246 28,247 28,248 28,249 28,250 2-181 28,264 28,265 28,266 28,267 28,268 28,269 28,270 28,271 28,272 28,273 28,274 28,275 2-182 28,289 28,290 28,291 28,292 28,293 28,294 28,295 28,296 28,297 28,298 28,299 28,300 2-183 28,314 28,315 28,316 28,317 28,318 28,319 28,320 28,321 28,322 28,323 28,324 28,325 2-184 28,339 28,340 28,341 28,342 28,343 28,344 28,345 28,346 28,347 28,348 28,349 28,350 2-185 28,364 28,365 28,366 28,367 28,368 28,369 28,370 28,371 28,372 28,373 28,374 28,375 2-186 28,389 28,390 28,391 28,392 28,393 28,394 28,395 28,396 28,397 28,398 28,399 28,400 2-187 28,414 28,415 28,416 28,417 28,418 28,419 28,420 28,421 28,422 28,423 28,424 28,425 2-188 28,439 28,440 28,441 28,442 28,443 28,444 28,445 28,446 28,447 28,448 28,449 28,450 2-189 28,464 28,465 28,466 28,467 28,468 28,469 28,470 28,471 28,472 28,473 28,474 28,475 2-190 28,489 28,490 28,491 28,492 28,493 28,494 28,495 28,496 28,497 28,498 28,499 28,500 2-191 28,514 28,515 28,516 28,517 28,518 28,519 28,520 28,521 28,522 28,523 28,524 28,525 2-192 28,539 28,540 28,541 28,542 28,543 28,544 28,545 28,546 28,547 28,548 28,549 28,550 2-193 28,564 28,565 28,566 28,567 28,568 28,569 28,570 28,571 28,572 28,573 28,574 28,575 2-194 28,589 28,590 28,591 28,592 28,593 28,594 28,595 28,596 28,597 28,598 28,599 28,600 2-195 28,614 28,615 28,616 28,617 28,618 28,619 28,620 28,621 28,622 28,623 28,624 28,625 2-196 28,639 28,640 28,641 28,642 28,643 28,644 28,645 28,646 28,647 28,648 28,649 28,650 2-197 28,664 28,665 28,666 28,667 28,668 28,669 28,670 28,671 28,672 28,673 28,674 28,675 2-198 28,689 28,690 28,691 28,692 28,693 28,694 28,695 28,696 28,697 28,698 28,699 28,700 2-199 28,714 28,715 28,716 28,717 28,718 28,719 28,720 28,721 28,722 28,723 28,724 28,725 2-200 28,739 28,740 28,741 28,742 28,743 28,744 28,745 28,746 28,747 28,748 28,749 28,750 2-201 28,764 28,765 28,766 28,767 28,768 28,769 28,770 28,771 28,772 28,773 28,774 28,775 2-202 28,789 28,790 28,791 28,792 28,793 28,794 28,795 28,796 28,797 28,798 28,799 28,800 2-203 28,814 28,815 28,816 28,817 28,818 28,819 28,820 28,821 28,822 28,823 28,824 28,825 2-204 28,839 28,840 28,841 28,842 28,843 28,844 28,845 28,846 28,847 28,848 28,849 28,850 2-205 28,864 28,865 28,866 28,867 28,868 28,869 28,870 28,871 28,872 28,873 28,874 28,875 2-206 28,889 28,890 28,891 28,892 28,893 28,894 28,895 28,896 28,897 28,898 28,899 28,900 2-207 28,914 28,915 28,916 28,917 28,918 28,919 28,920 28,921 28,922 28,923 28,924 28,925 2-208 28,939 28,940 28,941 28,942 28,943 28,944 28,945 28,946 28,947 28,948 28,949 28,950 2-209 28,964 28,965 28,966 28,967 28,968 28,969 28,970 28,971 28,972 28,973 28,974 28,975 2-210 28,989 28,990 28,991 28,992 28,993 28,994 28,995 28,996 28,997 28,998 28,999 29,000 2-211 29,014 29,015 29,016 29,017 29,018 29,019 29,020 29,021 29,022 29,023 29,024 29,025 2-212 29,039 29,040 29,041 29,042 29,043 29,044 29,045 29,046 29,047 29,048 29,049 29,050 2-213 29,064 29,065 29,066 29,067 29,068 29,069 29,070 29,071 29,072 29,073 29,074 29,075 2-214 29,089 29,090 29,091 29,092 29,093 29,094 29,095 29,096 29,097 29,098 29,099 29,100 2-215 29,114 29,115 29,116 29,117 29,118 29,119 29,120 29,121 29,122 29,123 29,124 29,125 2-216 29,139 29,140 29,141 29,142 29,143 29,144 29,145 29,146 29,147 29,148 29,149 29,150 2-217 29,164 29,165 29,166 29,167 29,168 29,169 29,170 29,171 29,172 29,173 29,174 29,175 2-218 29,189 29,190 29,191 29,192 29,193 29,194 29,195 29,196 29,197 29,198 29,199 29,200 2-219 29,214 29,215 29,216 29,217 29,218 29,219 29,220 29,221 29,222 29,223 29,224 29,225 2-220 29,239 29,240 29,241 29,242 29,243 29,244 29,245 29,246 29,247 29,248 29,249 29,250

TABLE 23 Compound represented by the formula (1) 1-51 1-52 1-53 1-54 1-55 1-56 1-57 1-58 1-59 1-60 1-61 1-62 1-63 Compound 2-221 29,251 29,252 29,253 29,254 29,255 29,256 29,257 29,258 29,259 29,260 29,261 29,262 29,263 represented 2-222 29,276 29,277 29,278 29,279 29,280 29,281 29,282 29,283 29,284 29,285 29,286 29,287 29,288 by the 2-223 29,301 29,302 29,303 29,304 29,305 29,306 29,307 29,308 29,309 29,310 29,311 29,312 29,313 formula 2-224 29,326 29,327 29,328 29,329 29,330 29,331 29,332 29,333 29,334 29,335 29,336 29,337 29,338 (2) 2-225 29,351 29,352 29,353 29,354 29,355 29,356 29,357 29,358 29,359 29,360 29,361 29,362 29,363 2-226 29,376 29,377 29,378 29,379 29,380 29,381 29,382 29,383 29,384 29,385 29,386 29,387 29,388 2-227 29,401 29,402 29,403 29,404 29,405 29,406 29,407 29,408 29,409 29,410 29,411 29,412 29,413 2-228 29,426 29,427 29,428 29,429 29,430 29,431 29,432 29,433 29,434 29,435 29,436 29,437 29,438 2-229 29,451 29,452 29,453 29,454 29,455 29,456 29,457 29,458 29,459 29,460 29,461 29,462 29,463 2-230 29,476 29,477 29,478 29,479 29,480 29,481 29,482 29,483 29,484 29,485 29,486 29,487 29,488 2-231 29,501 29,502 29,503 29,504 29,505 29,506 29,507 29,508 29,509 29,510 29,511 29,512 29,513 2-232 29,526 29,527 29,528 29,529 29,530 29,531 29,532 29,533 29,534 29,535 29,536 29,537 29,538 2-233 29,551 29,552 29,553 29,554 29,555 29,556 29,557 29,558 29,559 29,560 29,561 29,562 29,563 2-234 29,576 29,577 29,578 29,579 29,580 29,581 29,582 29,583 29,584 29,585 29,586 29,587 29,588 2-235 29,601 29,602 29,603 29,604 29,605 29,606 29,607 29,608 29,609 29,610 29,611 29,612 29,613 2-236 29,626 29,627 29,628 29,629 29,630 29,631 29,632 29,633 29,634 29,635 29,636 29,637 29,638 2-237 29,651 29,652 29,653 29,654 29,655 29,656 29,657 29,658 29,659 29,660 29,661 29,662 29,663 2-238 29,676 29,677 29,678 29,679 29,680 29,681 29,682 29,683 29,684 29,685 29,686 29,687 29,688 2-239 29,701 29,702 29,703 29,704 29,705 29,706 29,707 29,708 29,709 29,710 29,711 29,712 29,713 2-240 29,726 29,727 29,728 29,729 29,730 29,731 29,732 29,733 29,734 29,735 29,736 29,737 29,738 2-241 29,751 29,752 29,753 29,754 29,755 29,756 29,757 29,758 29,759 29,760 29,761 29,762 29,763 2-242 29,776 29,777 29,778 29,779 29,780 29,781 29,782 29,783 29,784 29,785 29,786 29,787 29,788 2-243 29,801 29,802 29,803 29,804 29,805 29,806 29,807 29,808 29,809 29,810 29,811 29,812 29,813 2-244 29,826 29,827 29,828 29,829 29,830 29,831 29,832 29,833 29,834 29,835 29,836 29,837 29,838 2-245 29,851 29,852 29,853 29,854 29,855 29,856 29,857 29,858 29,859 29,860 29,861 29,862 29,863 2-246 29,876 29,877 29,878 29,879 29,880 29,881 29,882 29,883 29,884 29,885 29,886 29,887 29,888 2-247 29,901 29,902 29,903 29,904 29,905 29,906 29,907 29,908 29,909 29,910 29,911 29,912 29,913 2-248 29,926 29,927 29,928 29,929 29,930 29,931 29,932 29,933 29,934 29,935 29,936 29,937 29,938 2-249 29,951 29,952 29,953 29,954 29,955 29,956 29,957 29,958 29,959 29,960 29,961 29,962 29,963 2-250 29,976 29,977 29,978 29,979 29,980 29,981 29,982 29,983 29,984 29,985 29,986 29,987 29,988 2-251 30,001 30,002 30,003 30,004 30,005 30,006 30,007 30,008 30,009 30,010 30,011 30,012 30,013 2-252 30,026 30,027 30,028 30,029 30,030 30,031 30,032 30,033 30,034 30,035 30,036 30,037 30,038 2-253 30,051 30,052 30,053 30,054 30,055 30,056 30,057 30,058 30,059 30,060 30,061 30,062 30,063 2-254 30,076 30,077 30,078 30,079 30,080 30,081 30,082 30,083 30,084 30,085 30,086 30,087 30,088 2-255 30,101 30,102 30,103 30,104 30,105 30,106 30,107 30,108 30,109 30,110 30,111 30,112 30,113 2-256 30,126 30,127 30,128 30,129 30,130 30,131 30,132 30,133 30,134 30,135 30,136 30,137 30,138 2-257 30,151 30,152 30,153 30,154 30,155 30,156 30,157 30,158 30,159 30,160 30,161 30,162 30,163 2-258 30,176 30,177 30,178 30,179 30,180 30,181 30,182 30,183 30,184 30,185 30,186 30,187 30,188 2-259 30,201 30,202 30,203 30,204 30,205 30,206 30,207 30,208 30,209 30,210 30,211 30,212 30,213 2-260 30,226 30,227 30,228 30,229 30,230 30,231 30,232 30,233 30,234 30,235 30,236 30,237 30,238 2-261 30,251 30,252 30,253 30,254 30,255 30,256 30,257 30,258 30,259 30,260 30,261 30,262 30,263 2-262 30,276 30,277 30,278 30,279 30,280 30,281 30,282 30,283 30,284 30,285 30,286 30,287 30,288 2-263 30,301 30,302 30,303 30,304 30,305 30,306 30,307 30,308 30,309 30,310 30,311 30,312 30,313 2-264 30,326 30,327 30,328 30,329 30,330 30,331 30,332 30,333 30,334 30,335 30,336 30,337 30,338 2-265 30,351 30,352 30,353 30,354 30,355 30,356 30,357 30,358 30,359 30,360 30,361 30,362 30,363 2-266 30,376 30,377 30,378 30,379 30,380 30,381 30,382 30,383 30,384 30,385 30,386 30,387 30,388 2-267 30,401 30,402 30,403 30,404 30,405 30,406 30,407 30,408 30,409 30,410 30,411 30,412 30,413 2-268 30,426 30,427 30,428 30,429 30,430 30,431 30,432 30,433 30,434 30,435 30,436 30,437 30,438 2-269 30,451 30,452 30,453 30,454 30,455 30,456 30,457 30,458 30,459 30,460 30,461 30,462 30,463 2-270 30,476 30,477 30,478 30,479 30,480 30,481 30,482 30,483 30,484 30,485 30,486 30,487 30,488 2-271 30,501 30,502 30,503 30,504 30,505 30,506 30,507 30,508 30,509 30,510 30,511 30,512 30,513 2-272 30,526 30,527 30,528 30,529 30,530 30,531 30,532 30,533 30,534 30,535 30,536 30,537 30,538 2-273 30,551 30,552 30,553 30,554 30,555 30,556 30,557 30,558 30,559 30,560 30,561 30,562 30,563 2-274 30,576 30,577 30,578 30,579 30,580 30,581 30,582 30,583 30,584 30,585 30,586 30,587 30,588 2-275 30,601 30,602 30,603 30,604 30,605 30,606 30,607 30,608 30,609 30,610 30,611 30,612 30,613 Compound represented by the formula (1) 1-64 1-65 1-66 1-67 1-68 1-69 1-70 1-71 1-72 1-73 1-74 1-75 Compound 2-221 29,264 29,265 29,266 29,267 29,268 29,269 29,270 29,271 29,272 29,273 29,274 29,275 represented 2-222 29,289 29,290 29,291 29,292 29,293 29,294 29,295 29,296 29,297 29,298 29,299 29,300 by the 2-223 29,314 29,315 29,316 29,317 29,318 29,319 29,320 29,321 29,322 29,323 29,324 29,325 formula 2-224 29,339 29,340 29,341 29,342 29,343 29,344 29,345 29,346 29,347 29,348 29,349 29,350 (2) 2-225 29,364 29,365 29,366 29,367 29,368 29,369 29,370 29,371 29,372 29,373 29,374 29,375 2-226 29,389 29,390 29,391 29,392 29,393 29,394 29,395 29,396 29,397 29,398 29,399 29,400 2-227 29,414 29,415 29,416 29,417 29,418 29,419 29,420 29,421 29,422 29,423 29,424 29,425 2-228 29,439 29,440 29,441 29,442 29,443 29,444 29,445 29,446 29,447 29,448 29,449 29,450 2-229 29,464 29,465 29,466 29,467 29,468 29,469 29,470 29,471 29,472 29,473 29,474 29,475 2-230 29,489 29,490 29,491 29,492 29,493 29,494 29,495 29,496 29,497 29,498 29,499 29,500 2-231 29,514 29,515 29,516 29,517 29,518 29,519 29,520 29,521 29,522 29,523 29,524 29,525 2-232 29,539 29,540 29,541 29,542 29,543 29,544 29,545 29,546 29,547 29,548 29,549 29,550 2-233 29,564 29,565 29,566 29,567 29,568 29,569 29,570 29,571 29,572 29,573 29,574 29,575 2-234 29,589 29,590 29,591 29,592 29,593 29,594 29,595 29,596 29,597 29,598 29,599 29,600 2-235 29,614 29,615 29,616 29,617 29,618 29,619 29,620 29,621 29,622 29,623 29,624 29,625 2-236 29,639 29,640 29,641 29,642 29,643 29,644 29,645 29,646 29,647 29,648 29,649 29,650 2-237 29,664 29,665 29,666 29,667 29,668 29,669 29,670 29,671 29,672 29,673 29,674 29,675 2-238 29,689 29,690 29,691 29,692 29,693 29,694 29,695 29,696 29,697 29,698 29,699 29,700 2-239 29,714 29,715 29,716 29,717 29,718 29,719 29,720 29,721 29,722 29,723 29,724 29,725 2-240 29,739 29,740 29,741 29,742 29,743 29,744 29,745 29,746 29,747 29,748 29,749 29,750 2-241 29,764 29,765 29,766 29,767 29,768 29,769 29,770 29,771 29,772 29,773 29,774 29,775 2-242 29,789 29,790 29,791 29,792 29,793 29,794 29,795 29,796 29,797 29,798 29,799 29,800 2-243 29,814 29,815 29,816 29,817 29,818 29,819 29,820 29,821 29,822 29,823 29,824 29,825 2-244 29,839 29,840 29,841 29,842 29,843 29,844 29,845 29,846 29,847 29,848 29,849 29,850 2-245 29,864 29,865 29,866 29,867 29,868 29,869 29,870 29,871 29,872 29,873 29,874 29,875 2-246 29,889 29,890 29,891 29,892 29,893 29,894 29,895 29,896 29,897 29,898 29,899 29,900 2-247 29,914 29,915 29,916 29,917 29,918 29,919 29,920 29,921 29,922 29,923 29,924 29,925 2-248 29,939 29,940 29,941 29,942 29,943 29,944 29,945 29,946 29,947 29,948 29,949 29,950 2-249 29,964 29,965 29,966 29,967 29,968 29,969 29,970 29,971 29,972 29,973 29,974 29,975 2-250 29,989 29,990 29,991 29,992 29,993 29,994 29,995 29,996 29,997 29,998 29,999 30,000 2-251 30,014 30,015 30,016 30,017 30,018 30,019 30,020 30,021 30,022 30,023 30,024 30,025 2-252 30,039 30,040 30,041 30,042 30,043 30,044 30,045 30,046 30,047 30,048 30,049 30,050 2-253 30,064 30,065 30,066 30,067 30,068 30,069 30,070 30,071 30,072 30,073 30,074 30,075 2-254 30,089 30,090 30,091 30,092 30,093 30,094 30,095 30,096 30,097 30,098 30,099 30,100 2-255 30,114 30,115 30,116 30,117 30,118 30,119 30,120 30,121 30,122 30,123 30,124 30,125 2-256 30,139 30,140 30,141 30,142 30,143 30,144 30,145 30,146 30,147 30,148 30,149 30,150 2-257 30,164 30,165 30,166 30,167 30,168 30,169 30,170 30,171 30,172 30,173 30,174 30,175 2-258 30,189 30,190 30,191 30,192 30,193 30,194 30,195 30,196 30,197 30,198 30,199 30,200 2-259 30,214 30,215 30,216 30,217 30,218 30,219 30,220 30,221 30,222 30,223 30,224 30,225 2-260 30,239 30,240 30,241 30,242 30,243 30,244 30,245 30,246 30,247 30,248 30,249 30,250 2-261 30,264 30,265 30,266 30,267 30,268 30,269 30,270 30,271 30,272 30,273 30,274 30,275 2-262 30,289 30,290 30,291 30,292 30,293 30,294 30,295 30,296 30,297 30,298 30,299 30,300 2-263 30,314 30,315 30,316 30,317 30,318 30,319 30,320 30,321 30,322 30,323 30,324 30,325 2-264 30,339 30,340 30,341 30,342 30,343 30,344 30,345 30,346 30,347 30,348 30,349 30,350 2-265 30,364 30,365 30,366 30,367 30,368 30,369 30,370 30,371 30,372 30,373 30,374 30,375 2-266 30,389 30,390 30,391 30,392 30,393 30,394 30,395 30,396 30,397 30,398 30,399 30,400 2-267 30,414 30,415 30,416 30,417 30,418 30,419 30,420 30,421 30,422 30,423 30,424 30,425 2-268 30,439 30,440 30,441 30,442 30,443 30,444 30,445 30,446 30,447 30,448 30,449 30,450 2-269 30,464 30,465 30,466 30,467 30,468 30,469 30,470 30,471 30,472 30,473 30,474 30,475 2-270 30,489 30,490 30,491 30,492 30,493 30,494 30,495 30,496 30,497 30,498 30,499 30,500 2-271 30,514 30,515 30,516 30,517 30,518 30,519 30,520 30,521 30,522 30,523 30,524 30,525 2-272 30,539 30,540 30,541 30,542 30,543 30,544 30,545 30,546 30,547 30,548 30,549 30,550 2-273 30,564 30,565 30,566 30,567 30,568 30,569 30,570 30,571 30,572 30,573 30,574 30,575 2-274 30,589 30,590 30,591 30,592 30,593 30,594 30,595 30,596 30,597 30,598 30,599 30,600 2-275 30,614 30,615 30,616 30,617 30,618 30,619 30,620 30,621 30,622 30,623 30,624 30,625

TABLE 24 Compound represented by the formula (1) 1-51 1-52 1-53 1-54 1-55 1-56 1-57 1-58 1-59 1-60 1-61 1-62 1-63 Compound 2-276 30,626 30,627 30,628 30,629 30,630 30,631 30,632 30,633 30,634 30,635 30,636 30,637 30,638 represented 2-277 30,651 30,652 30,653 30,654 30,655 30,656 30,657 30,658 30,659 30,660 30,661 30,662 30,663 by the 2-278 30,676 30,677 30,678 30,679 30,680 30,681 30,682 30,683 30,684 30,685 30,686 30,687 30,688 formula 2-279 30,701 30,702 30,703 30,704 30,705 30,706 30,707 30,708 30,709 30,710 30,711 30,712 30,713 (2) 2-280 30,726 30,727 30,728 30,729 30,730 30,731 30,732 30,733 30,734 30,735 30,736 30,737 30,738 2-281 30,751 30,752 30,753 30,754 30,755 30,756 30,757 30,758 30,759 30,760 30,761 30,762 30,763 2-282 30,776 30,777 30,778 30,779 30,780 30,781 30,782 30,783 30,784 30,785 30,786 30,787 30,788 2-283 30,801 30,802 30,803 30,804 30,805 30,806 30,807 30,808 30,809 30,810 30,811 30,812 30,813 2-284 30,826 30,827 30,828 30,829 30,830 30,831 30,832 30,833 30,834 30,835 30,836 30,837 30,838 2-285 30,851 30,852 30,853 30,854 30,855 30,856 30,857 30,858 30,859 30,860 30,861 30,862 30,863 2-286 30,876 30,877 30,878 30,879 30,880 30,881 30,882 30,883 30,884 30,885 30,886 30,887 30,888 2-287 30,901 30,902 30,903 30,904 30,905 30,906 30,907 30,908 30,909 30,910 30,911 30,912 30,913 2-288 30,926 30,927 30,928 30,929 30,930 30,931 30,932 30,933 30,934 30,935 30,936 30,937 30,938 2-289 30,951 30,952 30,953 30,954 30,955 30,956 30,957 30,958 30,959 30,960 30,961 30,962 30,963 2-290 30,976 30,977 30,978 30,979 30,980 30,981 30,982 30,983 30,984 30,985 30,986 30,987 30,988 2-291 31,001 31,002 31,003 31,004 31,005 31,006 31,007 31,008 31,009 31,010 31,011 31,012 31,013 2-292 31,026 31,027 31,028 31,029 31,030 31,031 31,032 31,033 31,034 31,035 31,036 31,037 31,038 2-293 31,051 31,052 31,053 31,054 31,055 31,056 31,057 31,058 31,059 31,060 31,061 31,062 31,063 2-294 31,076 31,077 31,078 31,079 31,080 31,081 31,082 31,083 31,084 31,085 31,086 31,087 31,088 2-295 31,101 31,102 31,103 31,104 31,105 31,106 31,107 31,108 31,109 31,110 31,111 31,112 31,113 2-296 31,126 31,127 31,128 31,129 31,130 31,131 31,132 31,133 31,134 31,135 31,136 31,137 31,138 2-297 31,151 31,152 31,153 31,154 31,155 31,156 31,157 31,158 31,159 31,160 31,161 31,162 31,163 2-298 31,176 31,177 31,178 31,179 31,180 31,181 31,182 31,183 31,184 31,185 31,186 31,187 31,188 2-299 31,201 31,202 31,203 31,204 31,205 31,206 31,207 31,208 31,209 31,210 31,211 31,212 31,213 2-300 31,226 31,227 31,228 31,229 31,230 31,231 31,232 31,233 31,234 31,235 31,236 31,237 31,238 2-301 31,251 31,252 31,253 31,254 31,255 31,256 31,257 31,258 31,259 31,260 31,261 31,262 31,263 2-302 31,276 31,277 31,278 31,279 31,280 31,281 31,282 31,283 31,284 31,285 31,286 31,287 31,288 2-303 31,301 31,302 31,303 31,304 31,305 31,306 31,307 31,308 31,309 31,310 31,311 31,312 31,313 2-304 31,326 31,327 31,328 31,329 31,330 31,331 31,332 31,333 31,334 31,335 31,336 31,337 31,338 2-305 31,351 31,352 31,353 31,354 31,355 31,356 31,357 31,358 31,359 31,360 31,361 31,362 31,363 2-306 31,376 31,377 31,378 31,379 31,380 31,381 31,382 31,383 31,384 31,385 31,386 31,387 31,388 2-307 31,401 31,402 31,403 31,404 31,405 31,406 31,407 31,408 31,409 31,410 31,411 31,412 31,413 2-308 31,426 31,427 31,428 31,429 31,430 31,431 31,432 31,433 31,434 31,435 31,436 31,437 31,438 2-309 31,451 31,452 31,453 31,454 31,455 31,456 31,457 31,458 31,459 31,460 31,461 31,462 31,463 2-310 31,476 31,477 31,478 31,479 31,480 31,481 31,482 31,483 31,484 31,485 31,486 31,487 31,488 2-311 31,501 31,502 31,503 31,504 31,505 31,506 31,507 31,508 31,509 31,510 31,511 31,512 31,513 2-312 31,526 31,527 31,528 31,529 31,530 31,531 31,532 31,533 31,534 31,535 31,536 31,537 31,538 2-313 31,551 31,552 31,553 31,554 31,555 31,556 31,557 31,558 31,559 31,560 31,561 31,562 31,563 2-314 31,576 31,577 31,578 31,579 31,580 31,581 31,582 31,583 31,584 31,585 31,586 31,587 31,588 2-315 31,601 31,602 31,603 31,604 31,605 31,606 31,607 31,608 31,609 31,610 31,611 31,612 31,613 2-316 31,626 31,627 31,628 31,629 31,630 31,631 31,632 31,633 31,634 31,635 31,636 31,637 31,638 2-317 31,651 31,652 31,653 31,654 31,655 31,656 31,657 31,658 31,659 31,660 31,661 31,662 31,663 2-318 31,676 31,677 31,678 31,679 31,680 31,681 31,682 31,683 31,684 31,685 31,686 31,687 31,688 2-319 31,701 31,702 31,703 31,704 31,705 31,706 31,707 31,708 31,709 31,710 31,711 31,712 31,713 2-320 31,726 31,727 31,728 31,729 31,730 31,731 31,732 31,733 31,734 31,735 31,736 31,737 31,738 2-321 31,751 31,752 31,753 31,754 31,755 31,756 31,757 31,758 31,759 31,760 31,761 31,762 31,763 2-322 31,776 31,777 31,778 31,779 31,780 31,781 31,782 31,783 31,784 31,785 31,786 31,787 31,788 2-323 31,801 31,802 31,803 31,804 31,805 31,806 31,807 31,808 31,809 31,810 31,811 31,812 31,813 2-324 31,826 31,827 31,828 31,829 31,830 31,831 31,832 31,833 31,834 31,835 31,836 31,837 31,838 2-325 31,851 31,852 31,853 31,854 31,855 31,856 31,857 31,858 31,859 31,860 31,861 31,862 31,863 2-326 31,876 31,877 31,878 31,879 31,880 31,881 31,882 31,883 31,884 31,885 31,886 31,887 31,888 2-327 31,901 31,902 31,903 31,904 31,905 31,906 31,907 31,908 31,909 31,910 31,911 31,912 31,913 2-328 31,926 31,927 31,928 31,929 31,930 31,931 31,932 31,933 31,934 31,935 31,936 31,937 31,938 2-329 31,951 31,952 31,953 31,954 31,955 31,956 31,957 31,958 31,959 31,960 31,961 31,962 31,963 2-330 31,976 31,977 31,978 31,979 31,980 31,981 31,982 31,983 31,984 31,985 31,986 31,987 31,988 Compound represented by the formula (1) 1-64 1-65 1-66 1-67 1-68 1-69 1-70 1-71 1-72 1-73 1-74 1-75 Compound 2-276 30,639 30,640 30,641 30,642 30,643 30,644 30,645 30,646 30,647 30,648 30,649 30,650 represented 2-277 30,664 30,665 30,666 30,667 30,668 30,669 30,670 30,671 30,672 30,673 30,674 30,675 by the 2-278 30,689 30,690 30,691 30,692 30,693 30,694 30,695 30,696 30,697 30,698 30,699 30,700 formula 2-279 30,714 30,715 30,716 30,717 30,718 30,719 30,720 30,721 30,722 30,723 30,724 30,725 (2) 2-280 30,739 30,740 30,741 30,742 30,743 30,744 30,745 30,746 30,747 30,748 30,749 30,750 2-281 30,764 30,765 30,766 30,767 30,768 30,769 30,770 30,771 30,772 30,773 30,774 30,775 2-282 30,789 30,790 30,791 30,792 30,793 30,794 30,795 30,796 30,797 30,798 30,799 30,800 2-283 30,814 30,815 30,816 30,817 30,818 30,819 30,820 30,821 30,822 30,823 30,824 30,825 2-284 30,839 30,840 30,841 30,842 30,843 30,844 30,845 30,846 30,847 30,848 30,849 30,850 2-285 30,864 30,865 30,866 30,867 30,868 30,869 30,870 30,871 30,872 30,873 30,874 30,875 2-286 30,889 30,890 30,891 30,892 30,893 30,894 30,895 30,896 30,897 30,898 30,899 30,900 2-287 30,914 30,915 30,916 30,917 30,918 30,919 30,920 30,921 30,922 30,923 30,924 30,925 2-288 30,939 30,940 30,941 30,942 30,943 30,944 30,945 30,946 30,947 30,948 30,949 30,950 2-289 30,964 30,965 30,966 30,967 30,968 30,969 30,970 30,971 30,972 30,973 30,974 30,975 2-290 30,989 30,990 30,991 30,992 30,993 30,994 30,995 30,996 30,997 30,998 30,999 31,000 2-291 31,014 31,015 31,016 31,017 31,018 31,019 31,020 31,021 31,022 31,023 31,024 31,025 2-292 31,039 31,040 31,041 31,042 31,043 31,044 31,045 31,046 31,047 31,048 31,049 31,050 2-293 31,064 31,065 31,066 31,067 31,068 31,069 31,070 31,071 31,072 31,073 31,074 31,075 2-294 31,089 31,090 31,091 31,092 31,093 31,094 31,095 31,096 31,097 31,098 31,099 31,100 2-295 31,114 31,115 31,116 31,117 31,118 31,119 31,120 31,121 31,122 31,123 31,124 31,125 2-296 31,139 31,140 31,141 31,142 31,143 31,144 31,145 31,146 31,147 31,148 31,149 31,150 2-297 31,164 31,165 31,166 31,167 31,168 31,169 31,170 31,171 31,172 31,173 31,174 31,175 2-298 31,189 31,190 31,191 31,192 31,193 31,194 31,195 31,196 31,197 31,198 31,199 31,200 2-299 31,214 31,215 31,216 31,217 31,218 31,219 31,220 31,221 31,222 31,223 31,224 31,225 2-300 31,239 31,240 31,241 31,242 31,243 31,244 31,245 31,246 31,247 31,248 31,249 31,250 2-301 31,264 31,265 31,266 31,267 31,268 31,269 31,270 31,271 31,272 31,273 31,274 31,275 2-302 31,289 31,290 31,291 31,292 31,293 31,294 31,295 31,296 31,297 31,298 31,299 31,300 2-303 31,314 31,315 31,316 31,317 31,318 31,319 31,320 31,321 31,322 31,323 31,324 31,325 2-304 31,339 31,340 31,341 31,342 31,343 31,344 31,345 31,346 31,347 31,348 31,349 31,350 2-305 31,364 31,365 31,366 31,367 31,368 31,369 31,370 31,371 31,372 31,373 31,374 31,375 2-306 31,389 31,390 31,391 31,392 31,393 31,394 31,395 31,396 31,397 31,398 31,399 31,400 2-307 31,414 31,415 31,416 31,417 31,418 31,419 31,420 31,421 31,422 31,423 31,424 31,425 2-308 31,439 31,440 31,441 31,442 31,443 31,444 31,445 31,446 31,447 31,448 31,449 31,450 2-309 31,464 31,465 31,466 31,467 31,468 31,469 31,470 31,471 31,472 31,473 31,474 31,475 2-310 31,489 31,490 31,491 31,492 31,493 31,494 31,495 31,496 31,497 31,498 31,499 31,500 2-311 31,514 31,515 31,516 31,517 31,518 31,519 31,520 31,521 31,522 31,523 31,524 31,525 2-312 31,539 31,540 31,541 31,542 31,543 31,544 31,545 31,546 31,547 31,548 31,549 31,550 2-313 31,564 31,565 31,566 31,567 31,568 31,569 31,570 31,571 31,572 31,573 31,574 31,575 2-314 31,589 31,590 31,591 31,592 31,593 31,594 31,595 31,596 31,597 31,598 31,599 31,600 2-315 31,614 31,615 31,616 31,617 31,618 31,619 31,620 31,621 31,622 31,623 31,624 31,625 2-316 31,639 31,640 31,641 31,642 31,643 31,644 31,645 31,646 31,647 31,648 31,649 31,650 2-317 31,664 31,665 31,666 31,667 31,668 31,669 31,670 31,671 31,672 31,673 31,674 31,675 2-318 31,689 31,690 31,691 31,692 31,693 31,694 31,695 31,696 31,697 31,698 31,699 31,700 2-319 31,714 31,715 31,716 31,717 31,718 31,719 31,720 31,721 31,722 31,723 31,724 31,725 2-320 31,739 31,740 31,741 31,742 31,743 31,744 31,745 31,746 31,747 31,748 31,749 31,750 2-321 31,764 31,765 31,766 31,767 31,768 31,769 31,770 31,771 31,772 31,773 31,774 31,775 2-322 31,789 31,790 31,791 31,792 31,793 31,794 31,795 31,796 31,797 31,798 31,799 31,800 2-323 31,814 31,815 31,816 31,817 31,818 31,819 31,820 31,821 31,822 31,823 31,824 31,825 2-324 31,839 31,840 31,841 31,842 31,843 31,844 31,845 31,846 31,847 31,848 31,849 31,850 2-325 31,864 31,865 31,866 31,867 31,868 31,869 31,870 31,871 31,872 31,873 31,874 31,875 2-326 31,889 31,890 31,891 31,892 31,893 31,894 31,895 31,896 31,897 31,898 31,899 31,900 2-327 31,914 31,915 31,916 31,917 31,918 31,919 31,920 31,921 31,922 31,923 31,924 31,925 2-328 31,939 31,940 31,941 31,942 31,943 31,944 31,945 31,946 31,947 31,948 31,949 31,950 2-329 31,964 31,965 31,966 31,967 31,968 31,969 31,970 31,971 31,972 31,973 31,974 31,975 2-330 31,989 31,990 31,991 31,992 31,993 31,994 31,995 31,996 31,997 31,998 31,999 32,000

TABLE 25 Compound represented by the formula (1) 1-51 1-52 1-53 1-54 1-55 1-56 1-57 1-58 1-59 1-60 1-61 1-62 1-63 Compound 2-331 32,001 32,002 32,003 32,004 32,005 32,006 32,007 32,008 32,009 32,010 32,011 32,012 32,013 represented 2-332 32,026 32,027 32,028 32,029 32,030 32,031 32,032 32,033 32,034 32,035 32,036 32,037 32,038 by the 2-333 32,051 32,052 32,053 32,054 32,055 32,056 32,057 32,058 32,059 32,060 32,061 32,062 32,063 formula 2-334 32,076 32,077 32,078 32,079 32,080 32,081 32,082 32,083 32,084 32,085 32,086 32,087 32,088 (2) 2-335 32,101 32,102 32,103 32,104 32,105 32,106 32,107 32,108 32,109 32,110 32,111 32,112 32,113 2-336 32,126 32,127 32,128 32,129 32,130 32,131 32,132 32,133 32,134 32,135 32,136 32,137 32,138 2-337 32,151 32,152 32,153 32,154 32,155 32,156 32,157 32,158 32,159 32,160 32,161 32,162 32,163 2-338 32,176 32,177 32,178 32,179 32,180 32,181 32,182 32,183 32,184 32,185 32,186 32,187 32,188 2-339 32,201 32,202 32,203 32,204 32,205 32,206 32,207 32,208 32,209 32,210 32,211 32,212 32,213 2-340 32,226 32,227 32,228 32,229 32,230 32,231 32,232 32,233 32,234 32,235 32,236 32,237 32,238 2-341 32,251 32,252 32,253 32,254 32,255 32,256 32,257 32,258 32,259 32,260 32,261 32,262 32,263 2-342 32,276 32,277 32,278 32,279 32,280 32,281 32,282 32,283 32,284 32,285 32,286 32,287 32,288 2-343 32,301 32,302 32,303 32,304 32,305 32,306 32,307 32,308 32,309 32,310 32,311 32,312 32,313 2-344 32,326 32,327 32,328 32,329 32,330 32,331 32,332 32,333 32,334 32,335 32,336 32,337 32,338 2-345 32,351 32,352 32,353 32,354 32,355 32,356 32,357 32,358 32,359 32,360 32,361 32,362 32,363 2-346 32,376 32,377 32,378 32,379 32,380 32,381 32,382 32,383 32,384 32,385 32,386 32,387 32,388 2-347 32,401 32,402 32,403 32,404 32,405 32,406 32,407 32,408 32,409 32,410 32,411 32,412 32,413 2-348 32,426 32,427 32,428 32,429 32,430 32,431 32,432 32,433 32,434 32,435 32,436 32,437 32,438 2-349 32,451 32,452 32,453 32,454 32,455 32,456 32,457 32,458 32,459 32,460 32,461 32,462 32,463 2-350 32,476 32,477 32,478 32,479 32,480 32,481 32,482 32,483 32,484 32,485 32,486 32,487 32,488 2-351 32,501 32,502 32,503 32,504 32,505 32,506 32,507 32,508 32,509 32,510 32,511 32,512 32,513 2-352 32,526 32,527 32,528 32,529 32,530 32,531 32,532 32,533 32,534 32,535 32,536 32,537 32,538 2-353 32,551 32,552 32,553 32,554 32,555 32,556 32,557 32,558 32,559 32,560 32,561 32,562 32,563 2-354 32,576 32,577 32,578 32,579 32,580 32,581 32,582 32,583 32,584 32,585 32,586 32,587 32,588 2-355 32,601 32,602 32,603 32,604 32,605 32,606 32,607 32,608 32,609 32,610 32,611 32,612 32,613 2-356 32,626 32,627 32,628 32,629 32,630 32,631 32,632 32,633 32,634 32,635 32,636 32,637 32,638 2-357 32,651 32,652 32,653 32,654 32,655 32,656 32,657 32,658 32,659 32,660 32,661 32,662 32,663 2-358 32,676 32,677 32,678 32,679 32,680 32,681 32,682 32,683 32,684 32,685 32,686 32,687 32,688 2-359 32,701 32,702 32,703 32,704 32,705 32,706 32,707 32,708 32,709 32,710 32,711 32,712 32,713 2-360 32,726 32,727 32,728 32,729 32,730 32,731 32,732 32,733 32,734 32,735 32,736 32,737 32,738 2-361 32,751 32,752 32,753 32,754 32,755 32,756 32,757 32,758 32,759 32,760 32,761 32,762 32,763 2-362 32,776 32,777 32,778 32,779 32,780 32,781 32,782 32,783 32,784 32,785 32,786 32,787 32,788 2-363 32,801 32,802 32,803 32,804 32,805 32,806 32,807 32,808 32,809 32,810 32,811 32,812 32,813 2-364 32,826 32,827 32,828 32,829 32,830 32,831 32,832 32,833 32,834 32,835 32,836 32,837 32,838 2-365 32,851 32,852 32,853 32,854 32,855 32,856 32,857 32,858 32,859 32,860 32,861 32,862 32,863 2-366 32,876 32,877 32,878 32,879 32,880 32,881 32,882 32,883 32,884 32,885 32,886 32,887 32,888 2-367 32,901 32,902 32,903 32,904 32,905 32,906 32,907 32,908 32,909 32,910 32,911 32,912 32,913 2-368 32,926 32,927 32,928 32,929 32,930 32,931 32,932 32,933 32,934 32,935 32,936 32,937 32,938 2-369 32,951 32,952 32,953 32,954 32,955 32,956 32,957 32,958 32,959 32,960 32,961 32,962 32,963 2-370 32,976 32,977 32,978 32,979 32,980 32,981 32,982 32,983 32,984 32,985 32,986 32,987 32,988 2-371 33,001 33,002 33,003 33,004 33,005 33,006 33,007 33,008 33,009 33,010 33,011 33,012 33,013 2-372 33,026 33,027 33,028 33,029 33,030 33,031 33,032 33,033 33,034 33,035 33,036 33,037 33,038 2-373 33,051 33,052 33,053 33,054 33,055 33,056 33,057 33,058 33,059 33,060 33,061 33,062 33,063 2-374 33,076 33,077 33,078 33,079 33,080 33,081 33,082 33,083 33,084 33,085 33,086 33,087 33,088 2-375 33,101 33,102 33,103 33,104 33,105 33,106 33,107 33,108 33,109 33,110 33,111 33,112 33,113 2-376 33,126 33,127 33,128 33,129 33,130 33,131 33,132 33,133 33,134 33,135 33,136 33,137 33,138 2-377 33,151 33,152 33,153 33,154 33,155 33,156 33,157 33,158 33,159 33,160 33,161 33,162 33,163 2-378 33,176 33,177 33,178 33,179 33,180 33,181 33,182 33,183 33,184 33,185 33,186 33,187 33,188 2-379 33,201 33,202 33,203 33,204 33,205 33,206 33,207 33,208 33,209 33,210 33,211 33,212 33,213 2-380 33,226 33,227 33,228 33,229 33,230 33,231 33,232 33,233 33,234 33,235 33,236 33,237 33,238 2-381 33,251 33,252 33,253 33,254 33,255 33,256 33,257 33,258 33,259 33,260 33,261 33,262 33,263 2-382 33,276 33,277 33,278 33,279 33,280 33,281 33,282 33,283 33,284 33,285 33,286 33,287 33,288 2-383 33,301 33,302 33,303 33,304 33,305 33,306 33,307 33,308 33,309 33,310 33,311 33,312 33,313 2-384 33,326 33,327 33,328 33,329 33,330 33,331 33,332 33,333 33,334 33,335 33,336 33,337 33,338 2-385 33,351 33,352 33,353 33,354 33,355 33,356 33,357 33,358 33,359 33,360 33,361 33,362 33,363 Compound represented by the formula (1) 1-64 1-65 1-66 1-67 1-68 1-69 1-70 1-71 1-72 1-73 1-74 1-75 Compound 2-331 32,014 32,015 32,016 32,017 32,018 32,019 32,020 32,021 32,022 32,023 32,024 32,025 represented 2-332 32,039 32,040 32,041 32,042 32,043 32,044 32,045 32,046 32,047 32,048 32,049 32,050 by the 2-333 32,064 32,065 32,066 32,067 32,068 32,069 32,070 32,071 32,072 32,073 32,074 32,075 formula 2-334 32,089 32,090 32,091 32,092 32,093 32,094 32,095 32,096 32,097 32,098 32,099 32,100 (2) 2-335 32,114 32,115 32,116 32,117 32,118 32,119 32,120 32,121 32,122 32,123 32,124 32,125 2-336 32,139 32,140 32,141 32,142 32,143 32,144 32,145 32,146 32,147 32,148 32,149 32,150 2-337 32,164 32,165 32,166 32,167 32,168 32,169 32,170 32,171 32,172 32,173 32,174 32,175 2-338 32,189 32,190 32,191 32,192 32,193 32,194 32,195 32,196 32,197 32,198 32,199 32,200 2-339 32,214 32,215 32,216 32,217 32,218 32,219 32,220 32,221 32,222 32,223 32,224 32,225 2-340 32,239 32,240 32,241 32,242 32,243 32,244 32,245 32,246 32,247 32,248 32,249 32,250 2-341 32,264 32,265 32,266 32,267 32,268 32,269 32,270 32,271 32,272 32,273 32,274 32,275 2-342 32,289 32,290 32,291 32,292 32,293 32,294 32,295 32,296 32,297 32,298 32,299 32,300 2-343 32,314 32,315 32,316 32,317 32,318 32,319 32,320 32,321 32,322 32,323 32,324 32,325 2-344 32,339 32,340 32,341 32,342 32,343 32,344 32,345 32,346 32,347 32,348 32,349 32,350 2-345 32,364 32,365 32,366 32,367 32,368 32,369 32,370 32,371 32,372 32,373 32,374 32,375 2-346 32,389 32,390 32,391 32,392 32,393 32,394 32,395 32,396 32,397 32,398 32,399 32,400 2-347 32,414 32,415 32,416 32,417 32,418 32,419 32,420 32,421 32,422 32,423 32,424 32,425 2-348 32,439 32,440 32,441 32,442 32,443 32,444 32,445 32,446 32,447 32,448 32,449 32,450 2-349 32,464 32,465 32,466 32,467 32,468 32,469 32,470 32,471 32,472 32,473 32,474 32,475 2-350 32,489 32,490 32,491 32,492 32,493 32,494 32,495 32,496 32,497 32,498 32,499 32,500 2-351 32,514 32,515 32,516 32,517 32,518 32,519 32,520 32,521 32,522 32,523 32,524 32,525 2-352 32,539 32,540 32,541 32,542 32,543 32,544 32,545 32,546 32,547 32,548 32,549 32,550 2-353 32,564 32,565 32,566 32,567 32,568 32,569 32,570 32,571 32,572 32,573 32,574 32,575 2-354 32,589 32,590 32,591 32,592 32,593 32,594 32,595 32,596 32,597 32,598 32,599 32,600 2-355 32,614 32,615 32,616 32,617 32,618 32,619 32,620 32,621 32,622 32,623 32,624 32,625 2-356 32,639 32,640 32,641 32,642 32,643 32,644 32,645 32,646 32,647 32,648 32,649 32,650 2-357 32,664 32,665 32,666 32,667 32,668 32,669 32,670 32,671 32,672 32,673 32,674 32,675 2-358 32,689 32,690 32,691 32,692 32,693 32,694 32,695 32,696 32,697 32,698 32,699 32,700 2-359 32,714 32,715 32,716 32,717 32,718 32,719 32,720 32,721 32,722 32,723 32,724 32,725 2-360 32,739 32,740 32,741 32,742 32,743 32,744 32,745 32,746 32,747 32,748 32,749 32,750 2-361 32,764 32,765 32,766 32,767 32,768 32,769 32,770 32,771 32,772 32,773 32,774 32,775 2-362 32,789 32,790 32,791 32,792 32,793 32,794 32,795 32,796 32,797 32,798 32,799 32,800 2-363 32,814 32,815 32,816 32,817 32,818 32,819 32,820 32,821 32,822 32,823 32,824 32,825 2-364 32,839 32,840 32,841 32,842 32,843 32,844 32,845 32,846 32,847 32,848 32,849 32,850 2-365 32,864 32,865 32,866 32,867 32,868 32,869 32,870 32,871 32,872 32,873 32,874 32,875 2-366 32,889 32,890 32,891 32,892 32,893 32,894 32,895 32,896 32,897 32,898 32,899 32,900 2-367 32,914 32,915 32,916 32,917 32,918 32,919 32,920 32,921 32,922 32,923 32,924 32,925 2-368 32,939 32,940 32,941 32,942 32,943 32,944 32,945 32,946 32,947 32,948 32,949 32,950 2-369 32,964 32,965 32,966 32,967 32,968 32,969 32,970 32,971 32,972 32,973 32,974 32,975 2-370 32,989 32,990 32,991 32,992 32,993 32,994 32,995 32,996 32,997 32,998 32,999 33,000 2-371 33,014 33,015 33,016 33,017 33,018 33,019 33,020 33,021 33,022 33,023 33,024 33,025 2-372 33,039 33,040 33,041 33,042 33,043 33,044 33,045 33,046 33,047 33,048 33,049 33,050 2-373 33,064 33,065 33,066 33,067 33,068 33,069 33,070 33,071 33,072 33,073 33,074 33,075 2-374 33,089 33,090 33,091 33,092 33,093 33,094 33,095 33,096 33,097 33,098 33,099 33,100 2-375 33,114 33,115 33,116 33,117 33,118 33,119 33,120 33,121 33,122 33,123 33,124 33,125 2-376 33,139 33,140 33,141 33,142 33,143 33,144 33,145 33,146 33,147 33,148 33,149 33,150 2-377 33,164 33,165 33,166 33,167 33,168 33,169 33,170 33,171 33,172 33,173 33,174 33,175 2-378 33,189 33,190 33,191 33,192 33,193 33,194 33,195 33,196 33,197 33,198 33,199 33,200 2-379 33,214 33,215 33,216 33,217 33,218 33,219 33,220 33,221 33,222 33,223 33,224 33,225 2-380 33,239 33,240 33,241 33,242 33,243 33,244 33,245 33,246 33,247 33,248 33,249 33,250 2-381 33,264 33,265 33,266 33,267 33,268 33,269 33,270 33,271 33,272 33,273 33,274 33,275 2-382 33,289 33,290 33,291 33,292 33,293 33,294 33,295 33,296 33,297 33,298 33,299 33,300 2-383 33,314 33,315 33,316 33,317 33,318 33,319 33,320 33,321 33,322 33,323 33,324 33,325 2-384 33,339 33,340 33,341 33,342 33,343 33,344 33,345 33,346 33,347 33,348 33,349 33,350 2-385 33,364 33,365 33,366 33,367 33,368 33,369 33,370 33,371 33,372 33,373 33,374 33,375

TABLE 26 Compound represented by the formula (1) 1-51 1-52 1-53 1-54 1-55 1-56 1-57 1-58 1-59 1-60 1-61 1-62 1-63 Compound 2-386 33,376 33,377 33,378 33,379 33,380 33,381 33,382 33,383 33,384 33,385 33,386 33,387 33,388 represented 2-387 33,401 33,402 33,403 33,404 33,405 33,406 33,407 33,408 33,409 33,410 33,411 33,412 33,413 by the 2-388 33,426 33,427 33,428 33,429 33,430 33,431 33,432 33,433 33,434 33,435 33,436 33,437 33,438 formula 2-389 33,451 33,452 33,453 33,454 33,455 33,456 33,457 33,458 33,459 33,460 33,461 33,462 33,463 (2) 2-390 33,476 33,477 33,478 33,479 33,480 33,481 33,482 33,483 33,484 33,485 33,486 33,487 33,488 2-391 33,501 33,502 33,503 33,504 33,505 33,506 33,507 33,508 33,509 33,510 33,511 33,512 33,513 2-392 33,526 33,527 33,528 33,529 33,530 33,531 33,532 33,533 33,534 33,535 33,536 33,537 33,538 2-393 33,551 33,552 33,553 33,554 33,555 33,556 33,557 33,558 33,559 33,560 33,561 33,562 33,563 2-394 33,576 33,577 33,578 33,579 33,580 33,581 33,582 33,583 33,584 33,585 33,586 33,587 33,588 2-395 33,601 33,602 33,603 33,604 33,605 33,606 33,607 33,608 33,609 33,610 33,611 33,612 33,613 2-396 33,626 33,627 33,628 33,629 33,630 33,631 33,632 33,633 33,634 33,635 33,636 33,637 33,638 2-397 33,651 33,652 33,653 33,654 33,655 33,656 33,657 33,658 33,659 33,660 33,661 33,662 33,663 2-398 33,676 33,677 33,678 33,679 33,680 33,681 33,682 33,683 33,684 33,685 33,686 33,687 33,688 2-399 33,701 33,702 33,703 33,704 33,705 33,706 33,707 33,708 33,709 33,710 33,711 33,712 33,713 2-400 33,726 33,727 33,728 33,729 33,730 33,731 33,732 33,733 33,734 33,735 33,736 33,737 33,738 2-401 33,751 33,752 33,753 33,754 33,755 33,756 33,757 33,758 33,759 33,760 33,761 33,762 33,763 2-402 33,776 33,777 33,778 33,779 33,780 33,781 33,782 33,783 33,784 33,785 33,786 33,787 33,788 2-403 33,801 33,802 33,803 33,804 33,805 33,806 33,807 33,808 33,809 33,810 33,811 33,812 33,813 2-404 33,826 33,827 33,828 33,829 33,830 33,831 33,832 33,833 33,834 33,835 33,836 33,837 33,838 2-405 33,851 33,852 33,853 33,854 33,855 33,856 33,857 33,858 33,859 33,860 33,861 33,862 33,863 2-406 33,876 33,877 33,878 33,879 33,880 33,881 33,882 33,883 33,884 33,885 33,886 33,887 33,888 2-407 33,901 33,902 33,903 33,904 33,905 33,906 33,907 33,908 33,909 33,910 33,911 33,912 33,913 2-408 33,926 33,927 33,928 33,929 33,930 33,931 33,932 33,933 33,934 33,935 33,936 33,937 33,938 2-409 33,951 33,952 33,953 33,954 33,955 33,956 33,957 33,958 33,959 33,960 33,961 33,962 33,963 2-410 33,976 33,977 33,978 33,979 33,980 33,981 33,982 33,983 33,984 33,985 33,986 33,987 33,988 2-411 34,001 34,002 34,003 34,004 34,005 34,006 34,007 34,008 34,009 34,010 34,011 34,012 34,013 2-412 34,026 34,027 34,028 34,029 34,030 34,031 34,032 34,033 34,034 34,035 34,036 34,037 34,038 2-413 34,051 34,052 34,053 34,054 34,055 34,056 34,057 34,058 34,059 34,060 34,061 34,062 34,063 2-414 34,076 34,077 34,078 34,079 34,080 34,081 34,082 34,083 34,084 34,085 34,086 34,087 34,088 2-415 34,101 34,102 34,103 34,104 34,105 34,106 34,107 34,108 34,109 34,110 34,111 34,112 34,113 2-416 34,126 34,127 34,128 34,129 34,130 34,131 34,132 34,133 34,134 34,135 34,136 34,137 34,138 2-417 34,151 34,152 34,153 34,154 34,155 34,156 34,157 34,158 34,159 34,160 34,161 34,162 34,163 2-418 34,176 34,177 34,178 34,179 34,180 34,181 34,182 34,183 34,184 34,185 34,186 34,187 34,188 2-419 34,201 34,202 34,203 34,204 34,205 34,206 34,207 34,208 34,209 34,210 34,211 34,212 34,213 2-420 34,226 34,227 34,228 34,229 34,230 34,231 34,232 34,233 34,234 34,235 34,236 34,237 34,238 2-421 34,251 34,252 34,253 34,254 34,255 34,256 34,257 34,258 34,259 34,260 34,261 34,262 34,263 2-422 34,276 34,277 34,278 34,279 34,280 34,281 34,282 34,283 34,284 34,285 34,286 34,287 34,288 2-423 34,301 34,302 34,303 34,304 34,305 34,306 34,307 34,308 34,309 34,310 34,311 34,312 34,313 2-434 34,326 34,327 34,328 34,329 34,330 34,331 34,332 34,333 34,334 34,335 34,336 34,337 34,338 2-425 34,351 34,352 34,353 34,354 34,355 34,356 34,357 34,358 34,359 34,360 34,361 34,362 34,363 2-426 34,376 34,377 34,378 34,379 34,380 34,381 34,382 34,383 34,384 34,385 34,386 34,387 34,388 2-427 34,401 34,402 34,403 34,404 34,405 34,406 34,407 34,408 34,409 34,410 34,411 34,412 34,413 2-428 34,426 34,427 34,428 34,429 34,430 34,431 34,432 34,433 34,434 34,435 34,436 34,437 34,438 2-429 34,451 34,452 34,453 34,454 34,455 34,456 34,457 34,458 34,459 34,460 34,461 34,462 34,463 2-430 34,476 34,477 34,478 34,479 34,480 34,481 34,482 34,483 34,484 34,485 34,486 34,487 34,488 2-431 34,501 34,502 34,503 34,504 34,505 34,506 34,507 34,508 34,509 34,510 34,511 34,512 34,513 2-432 34,526 34,527 34,528 34,529 34,530 34,531 34,532 34,533 34,534 34,535 34,536 34,537 34,538 2-433 34,551 34,552 34,553 34,554 34,555 34,556 34,557 34,558 34,559 34,560 34,561 34,562 34,563 2-434 34,576 34,577 34,578 34,579 34,580 34,581 34,582 34,583 34,584 34,585 34,586 34,587 34,588 2-435 34,601 34,602 34,603 34,604 34,605 34,606 34,607 34,608 34,609 34,610 34,611 34,612 34,613 2-436 34,626 34,627 34,628 34,629 34,630 34,631 34,632 34,633 34,634 34,635 34,636 34,637 34,638 2-437 34,651 34,652 34,653 34,654 34,655 34,656 34,657 34,658 34,659 34,660 34,661 34,662 34,663 2-438 34,676 34,677 34,678 34,679 34,680 34,681 34,682 34,683 34,684 34,685 34,686 34,687 34,688 2-439 34,701 34,702 34,703 34,704 34,705 34,706 34,707 34,708 34,709 34,710 34,711 34,712 34,713 2-440 34,726 34,727 34,728 34,729 34,730 34,731 34,732 34,733 34,734 34,735 34,736 34,737 34,738 Compound represented by the formula (1) 1-64 1-65 1-66 1-67 1-68 1-69 1-70 1-71 1-72 1-73 1-74 1-75 Compound 2-386 33,389 33,390 33,391 33,392 33,393 33,394 33,395 33,396 33,397 33,398 33,399 33,400 represented 2-387 33,414 33,415 33,416 33,417 33,418 33,419 33,420 33,421 33,422 33,423 33,424 33,425 by the 2-388 33,439 33,440 33,441 33,442 33,443 33,444 33,445 33,446 33,447 33,448 33,449 33,450 formula 2-389 33,464 33,465 33,466 33,467 33,468 33,469 33,470 33,471 33,472 33,473 33,474 33,475 (2) 2-390 33,489 33,490 33,491 33,492 33,493 33,494 33,495 33,496 33,497 33,498 33,499 33,500 2-391 33,514 33,515 33,516 33,517 33,518 33,519 33,520 33,521 33,522 33,523 33,524 33,525 2-392 33,539 33,540 33,541 33,542 33,543 33,544 33,545 33,546 33,547 33,548 33,549 33,550 2-393 33,564 33,565 33,566 33,567 33,568 33,569 33,570 33,571 33,572 33,573 33,574 33,575 2-394 33,589 33,590 33,591 33,592 33,593 33,594 33,595 33,596 33,597 33,598 33,599 33,600 2-395 33,614 33,615 33,616 33,617 33,618 33,619 33,620 33,621 33,622 33,623 33,624 33,625 2-396 33,639 33,640 33,641 33,642 33,643 33,644 33,645 33,646 33,647 33,648 33,649 33,650 2-397 33,664 33,665 33,666 33,667 33,668 33,669 33,670 33,671 33,672 33,673 33,674 33,675 2-398 33,689 33,690 33,691 33,692 33,693 33,694 33,695 33,696 33,697 33,698 33,699 33,700 2-399 33,714 33,715 33,716 33,717 33,718 33,719 33,720 33,721 33,722 33,723 33,724 33,725 2-400 33,739 33,740 33,741 33,742 33,743 33,744 33,745 33,746 33,747 33,748 33,749 33,750 2-401 33,764 33,765 33,766 33,767 33,768 33,769 33,770 33,771 33,772 33,773 33,774 33,775 2-402 33,789 33,790 33,791 33,792 33,793 33,794 33,795 33,796 33,797 33,798 33,799 33,800 2-403 33,814 33,815 33,816 33,817 33,817 33,818 33,819 33,820 33,821 33,822 33,823 33,824 2-404 33,839 33,840 33,841 33,842 33,843 33,844 33,845 33,846 33,847 33,848 33,849 33,850 2-405 33,864 33,865 33,866 33,867 33,868 33,869 33,870 33,871 33,872 33,873 33,874 33,875 2-406 33,889 33,890 33,891 33,892 33,893 33,894 33,895 33,896 33,897 33,898 33,899 33,900 2-407 33,914 33,915 33,916 33,917 33,918 33,919 33,920 33,921 33,922 33,923 33,924 33,925 2-408 33,939 33,940 33,941 33,942 33,943 33,944 33,945 33,946 33,947 33,948 33,949 33,950 2-409 33,964 33,965 33,966 33,967 33,968 33,969 33,970 33,971 33,972 33,973 33,974 33,975 2-410 33,989 33,990 33,991 33,992 33,993 33,994 33,995 33,996 33,997 33,998 33,999 34,000 2-411 34,014 34,015 34,016 34,017 34,018 34,019 34,020 34,021 34,022 34,023 34,024 34,025 2-412 34,039 34,040 34,041 34,042 34,043 34,044 34,045 34,046 34,047 34,048 34,049 34,050 2-413 34,064 34,065 34,066 34,067 34,068 34,069 34,070 34,071 34,072 34,073 34,074 34,075 2-414 34,089 34,090 34,091 34,092 34,093 34,094 34,095 34,096 34,097 34,098 34,099 34,100 2-415 34,114 34,115 34,116 34,117 34,118 34,119 34,120 34,121 34,122 34,123 34,124 34,125 2-416 34,139 34,140 34,141 34,142 34,143 34,144 34,145 34,146 34,147 34,148 34,149 34,150 2-417 34,164 34,165 34,166 34,167 34,168 34,169 34,170 34,171 34,172 34,173 34,174 34,175 2-418 34,189 34,190 34,191 34,192 34,193 34,194 34,195 34,196 34,197 34,198 34,199 34,200 2-419 34,214 34,215 34,216 34,217 34,218 34,219 34,220 34,221 34,222 34,223 34,224 34,225 2-420 34,239 34,240 34,241 34,242 34,243 34,244 34,245 34,246 34,247 34,248 34,249 34,250 2-421 34,264 34,265 34,266 34,267 34,268 34,269 34,270 34,271 34,272 34,273 34,274 34,275 2-422 34,289 34,290 34,291 34,292 34,293 34,294 34,295 34,296 34,297 34,298 34,299 34,300 2-423 34,314 34,315 34,316 34,317 34,318 34,319 34,320 34,321 34,322 34,323 34,324 34,325 2-434 34,339 34,340 34,341 34,342 34,343 34,344 34,345 34,346 34,347 34,348 34,349 34,350 2-425 34,364 34,365 34,366 34,367 34,368 34,369 34,370 34,371 34,372 34,373 34,374 34,375 2-426 34,389 34,390 34,391 34,392 34,393 34,394 34,395 34,396 34,397 34,398 34,399 34,400 2-427 34,414 34,415 34,416 34,417 34,418 34,419 34,420 34,421 34,422 34,423 34,424 34,425 2-428 34,439 34,440 34,441 34,442 34,443 34,444 34,445 34,446 34,447 34,448 34,449 34,450 2-429 34,464 34,465 34,466 34,467 34,468 34,469 34,470 34,471 34,472 34,473 34,474 34,475 2-430 34,489 34,490 34,491 34,492 34,493 34,494 34,495 34,496 34,497 34,498 34,499 34,500 2-431 34,514 34,515 34,516 34,517 34,518 34,519 34,520 34,521 34,522 34,523 34,524 34,525 2-432 34,539 34,540 34,541 34,542 34,543 34,544 34,545 34,546 34,547 34,548 34,549 34,550 2-433 34,564 34,565 34,566 34,567 34,568 34,569 34,570 34,571 34,572 34,573 34,574 34,575 2-434 34,589 34,590 34,591 34,592 34,593 34,594 34,595 34,596 34,597 34,598 34,599 34,600 2-435 34,614 34,615 34,616 34,617 34,618 34,619 34,620 34,621 34,622 34,623 34,624 34,625 2-436 34,639 34,640 34,641 34,642 34,643 34,644 34,645 34,646 34,647 34,648 34,649 34,650 2-437 34,664 34,665 34,666 34,667 34,668 34,669 34,670 34,671 34,672 34,673 34,674 34,675 2-438 34,689 34,690 34,691 34,692 34,693 34,694 34,695 34,696 34,697 34,698 34,699 34,700 2-439 34,714 34,715 34,716 34,717 34,718 34,719 34,720 34,721 34,722 34,723 34,724 34,725 2-440 34,739 34,740 34,741 34,742 34,743 34,744 34,745 34,746 34,747 34,748 34,749 34,750

TABLE 27 Compound represented by the formula (1) 1-51 1-52 1-53 1-54 1-55 1-56 1-57 1-58 1-59 1-60 1-61 1-62 1-63 Compound 2-441 34,751 34,752 34,753 34,754 34,755 34,756 34,757 34,758 34,759 34,760 34,761 34,762 34,763 represented 2-442 34,776 34,777 34,778 34,779 34,780 34,781 34,782 34,783 34,784 34,785 34,786 34,787 34,788 by the 2-443 34,801 34,802 34,803 34,804 34,805 34,806 34,807 34,808 34,809 34,810 34,811 34,812 34,813 formula 2-444 34,826 34,827 34,828 34,829 34,830 34,831 34,832 34,833 34,834 34,835 34,836 34,837 34,838 (2) 2-445 34,851 34,852 34,853 34,854 34,855 34,856 34,857 34,858 34,859 34,860 34,861 34,862 34,863 2-446 34,876 34,877 34,878 34,879 34,880 34,881 34,882 34,883 34,884 34,885 34,886 34,887 34,888 2-447 34,901 34,902 34,903 34,904 34,905 34,906 34,907 34,908 34,909 34,910 34,911 34,912 34,913 2-448 34,926 34,927 34,928 34,929 34,930 34,931 34,932 34,933 34,934 34,935 34,936 34,937 34,938 2-449 34,951 34,952 34,953 34,954 34,955 34,956 34,957 34,958 34,959 34,960 34,961 34,962 34,963 2-450 34,976 34,977 34,978 34,979 34,980 34,981 34,982 34,983 34,984 34,985 34,986 34,987 34,988 2-451 35,001 35,002 35,003 35,004 35,005 35,006 35,007 35,008 35,009 35,010 35,011 35,012 35,013 2-452 35,026 35,027 35,028 35,029 35,030 35,031 35,032 35,033 35,034 35,035 35,036 35,037 35,038 2-453 35,051 35,052 35,053 35,054 35,055 35,056 35,057 35,058 35,059 35,060 35,061 35,062 35,063 2-454 35,076 35,077 35,078 35,079 35,080 35,081 35,082 35,083 35,084 35,085 35,086 35,087 35,088 2-455 35,101 35,102 35,103 35,104 35,105 35,106 35,107 35,108 35,109 35,110 35,111 35,112 35,113 2-456 35,126 35,127 35,128 35,129 35,130 35,131 35,132 35,133 35,134 35,135 35,136 35,137 35,138 2-457 35,151 35,152 35,153 35,154 35,155 35,156 35,157 35,158 35,159 35,160 35,161 35,162 35,163 2-458 35,176 35,177 35,178 35,179 35,180 35,181 35,182 35,183 35,184 35,185 35,186 35,187 35,188 2-459 35,201 35,202 35,203 35,204 35,205 35,206 35,207 35,208 35,209 35,210 35,211 35,212 35,213 2-460 35,226 35,227 35,228 35,229 35,230 35,231 35,232 35,233 35,234 35,235 35,236 35,237 35,238 2-461 35,251 35,252 35,253 35,254 35,255 35,256 35,257 35,258 35,259 35,260 35,261 35,262 35,263 2-462 35,276 35,277 35,278 35,279 35,280 35,281 35,282 35,283 35,284 35,285 35,286 35,287 35,288 2-463 35,301 35,302 35,303 35,304 35,305 35,306 35,307 35,308 35,309 35,310 35,311 35,312 35,313 2-464 35,326 35,327 35,328 35,329 35,330 35,331 35,332 35,333 35,334 35,335 35,336 35,337 35,338 2-465 35,351 35,352 35,353 35,354 35,355 35,356 35,357 35,358 35,359 35,360 35,361 35,362 35,363 2-466 35,376 35,377 35,378 35,379 35,380 35,381 35,382 35,383 35,384 35,385 35,386 35,387 35,388 2-467 35,401 35,402 35,403 35,404 35,405 35,406 35,407 35,408 35,409 35,410 35,411 35,412 35,413 2-468 35,426 35,427 35,428 35,429 35,430 35,431 35,432 35,433 35,434 35,435 35,436 35,437 35,438 2-469 35,451 35,452 35,453 35,454 35,455 35,456 35,457 35,458 35,459 35,460 35,461 35,462 35,463 2-470 35,476 35,477 35,478 35,479 35,480 35,481 35,482 35,483 35,484 35,485 35,486 35,487 35,488 2-471 35,501 35,502 35,503 35,504 35,505 35,506 35,507 35,508 35,509 35,510 35,511 35,512 35,513 2-472 35,526 35,527 35,528 35,529 35,530 35,531 35,532 35,533 35,534 35,535 35,536 35,537 35,538 2-473 35,551 35,552 35,553 35,554 35,555 35,556 35,557 35,558 35,559 35,560 35,561 35,562 35,563 2-474 35,576 35,577 35,578 35,579 35,580 35,581 35,582 35,583 35,584 35,585 35,586 35,587 35,588 2-475 35,601 35,602 35,603 35,604 35,605 35,606 35,607 35,608 35,609 35,610 35,611 35,612 35,613 Compound represented by the formula (1) 1-64 1-65 1-66 1-67 1-68 1-69 1-70 1-71 1-72 1-73 1-74 1-75 Compound 2-441 34,764 34,765 34,766 34,767 34,768 34,769 34,770 34,771 34,772 34,773 34,774 34,775 represented 2-442 34,789 34,790 34,791 34,792 34,793 34,794 34,795 34,796 34,797 34,798 34,799 34,800 by the 2-443 34,814 34,815 34,816 34,817 34,818 34,819 34,820 34,821 34,822 34,823 34,824 34,825 formula 2-444 34,839 34,840 34,841 34,842 34,843 34,844 34,845 34,846 34,847 34,848 34,849 34,850 (2) 2-445 34,864 34,865 34,866 34,867 34,868 34,869 34,870 34,871 34,872 34,873 34,874 34,875 2-446 34,889 34,890 34,891 34,892 34,893 34,894 34,895 34,896 34,897 34,898 34,899 34,900 2-447 34,914 34,915 34,916 34,917 34,918 34,919 34,920 34,921 34,922 34,923 34,924 34,925 2-448 34,939 34,940 34,941 34,942 34,943 34,944 34,945 34,946 34,947 34,948 34,949 34,950 2-449 34,964 34,965 34,966 34,967 34,968 34,969 34,970 34,971 34,972 34,973 34,974 34,975 2-450 34,989 34,990 34,991 34,992 34,993 34,994 34,995 34,996 34,997 34,998 34,999 35,000 2-451 35,014 35,015 35,016 35,017 35,018 35,019 35,020 35,021 35,022 35,023 35,024 35,025 2-452 35,039 35,040 35,041 35,042 35,043 35,044 35,045 35,046 35,047 35,048 35,049 35,050 2-453 35,064 35,065 35,066 35,067 35,068 35,069 35,070 35,071 35,072 35,073 35,074 35,075 2-454 35,089 35,090 35,091 35,092 35,093 35,094 35,095 35,096 35,097 35,098 35,099 35,100 2-455 35,114 35,115 35,116 35,117 35,118 35,119 35,120 35,121 35,122 35,123 35,124 35,125 2-456 35,139 35,140 35,141 35,142 35,143 35,144 35,145 35,146 35,147 35,148 35,149 35,150 2-457 35,164 35,165 35,166 35,167 35,168 35,169 35,170 35,171 35,172 35,173 35,174 35,175 2-458 35,189 35,190 35,191 35,192 35,193 35,194 35,195 35,196 35,197 35,198 35,199 35,200 2-459 35,214 35,215 35,216 35,217 35,218 35,219 35,220 35,221 35,222 35,223 35,224 35,225 2-460 35,239 35,240 35,241 35,242 35,243 35,244 35,245 35,246 35,247 35,248 35,249 35,250 2-461 35,264 35,265 35,266 35,267 35,268 35,269 35,270 35,271 35,272 35,273 35,274 35,275 2-462 35,289 35,290 35,291 35,292 35,293 35,294 35,295 35,296 35,297 35,298 35,299 35,300 2-463 35,314 35,315 35,316 35,317 35,318 35,319 35,320 35,321 35,322 35,323 35,324 35,325 2-464 35,339 35,340 35,341 35,342 35,343 35,344 35,345 35,346 35,347 35,348 35,349 35,350 2-465 35,364 35,365 35,366 35,367 35,368 35,369 35,370 35,371 35,372 35,373 35,374 35,375 2-466 35,389 35,390 35,391 35,392 35,393 35,394 35,395 35,396 35,397 35,398 35,399 35,400 2-467 35,414 35,415 35,416 35,417 35,418 35,419 35,420 35,421 35,422 35,423 35,424 35,425 2-468 35,439 35,440 35,441 35,442 35,443 35,444 35,445 35,446 35,447 35,448 35,449 35,450 2-469 35,464 35,465 35,466 35,467 35,468 35,469 35,470 35,471 35,472 35,473 35,474 35,475 2-470 35,489 35,490 35,491 35,492 35,493 35,494 35,495 35,496 35,497 35,498 35,499 35,500 2-471 35,514 35,515 35,516 35,517 35,518 35,519 35,520 35,521 35,522 35,523 35,524 35,525 2-472 35,539 35,540 35,541 35,542 35,543 35,544 35,545 35,546 35,547 35,548 35,549 35,550 2-473 35,564 35,565 35,566 35,567 35,568 35,569 35,570 35,571 35,572 35,573 35,574 35,575 2-474 35,589 35,590 35,591 35,592 35,593 35,594 35,595 35,596 35,597 35,598 35,599 35,600 2-475 35,614 35,615 35,616 35,617 35,618 35,619 35,620 35,621 35,622 35,623 35,624 35,625

TABLE 28 Compound represented by the formula (1) 1-76 1-77 1-78 1-79 1-80 1-81 1-82 1-83 1-84 1-85 1-86 1-87 1-88 Compound 2-1 35,626 35,627 35,628 35,629 35,630 35,631 35,632 35,633 35,634 35,635 35,636 35,637 35,638 represented 2-2 35,651 35,652 35,653 35,654 35,655 35,656 35,657 35,658 35,659 35,660 35,661 35,662 35,663 by the 2-3 35,676 35,677 35,678 35,679 35,680 35,681 35,682 35,683 35,684 35,685 35,686 35,687 35,688 formula 2-4 35,701 35,702 35,703 35,704 35,705 35,706 35,707 35,708 35,709 35,710 35,711 35,712 35,713 (2) 2-5 35,726 35,727 35,728 35,729 35,730 35,731 35,732 35,733 35,734 35,735 35,736 35,737 35,738 2-6 35,751 35,752 35,753 35,754 35,755 35,756 35,757 35,758 35,759 35,760 35,761 35,762 35,763 2-7 35,776 35,777 35,778 35,779 35,780 35,781 35,782 35,783 35,784 35,785 35,786 35,787 35,788 2-8 35,801 35,802 35,803 35,804 35,805 35,806 35,807 35,808 35,809 35,810 35,811 35,812 35,813 2-9 35,826 35,827 35,828 35,829 35,830 35,831 35,832 35,833 35,834 35,835 35,836 35,837 35,838 2-10 35,851 35,852 35,853 35,854 35,855 35,856 35,857 35,858 35,859 35,860 35,861 35,862 35,863 2-11 35,876 35,877 35,878 35,879 35,880 35,881 35,882 35,883 35,884 35,885 35,886 35,887 35,888 2-12 35,901 35,902 35,903 35,904 35,905 35,906 35,907 35,908 35,909 35,910 35,911 35,912 35,913 2-13 35,926 35,927 35,928 35,929 35,930 35,931 35,932 35,933 35,934 35,935 35,936 35,937 35,938 2-14 35,951 35,952 35,953 35,954 35,955 35,956 35,957 35,958 35,959 35,960 35,961 35,962 35,963 2-15 35,976 35,977 35,978 35,979 35,980 35,981 35,982 35,983 35,984 35,985 35,986 35,987 35,988 2-16 36,001 36,002 36,003 36,004 36,005 36,006 36,007 36,008 36,009 36,010 36,011 36,012 36,013 2-17 36,026 36,027 36,028 36,029 36,030 36,031 36,032 36,033 36,034 36,035 36,036 36,037 36,038 2-18 36,051 36,052 36,053 36,054 36,055 36,056 36,057 36,058 36,059 36,060 36,061 36,062 36,063 2-19 36,076 36,077 36,078 36,079 36,080 36,081 36,082 36,083 36,084 36,085 36,086 36,087 36,088 2-20 36,101 36,102 36,103 36,104 36,105 36,106 36,107 36,108 36,109 36,110 36,111 36,112 36,113 2-21 36,126 36,127 36,128 36,129 36,130 36,131 36,132 36,133 36,134 36,135 36,136 36,137 36,138 2-22 36,151 36,152 36,153 36,154 36,155 36,156 36,157 36,158 36,159 36,160 36,161 36,162 36,163 2-23 36,176 36,177 36,178 36,179 36,180 36,181 36,182 36,183 36,184 36,185 36,186 36,187 36,188 2-24 36,201 36,202 36,203 36,204 36,205 36,206 36,207 36,208 36,209 36,210 36,211 36,212 36,213 2-25 36,226 36,227 36,228 36,229 36,230 36,231 36,232 36,233 36,234 36,235 36,236 36,237 36,238 2-26 36,251 36,252 36,253 36,254 36,255 36,256 36,257 36,258 36,259 36,260 36,261 36,262 36,263 2-27 36,276 36,277 36,278 36,279 36,280 36,281 36,282 36,283 36,284 36,285 36,286 36,287 36,288 2-28 36,301 36,302 36,303 36,304 36,305 36,306 36,307 36,308 36,309 36,310 36,311 36,312 36,313 2-29 36,326 36,327 36,328 36,329 36,330 36,331 36,332 36,333 36,334 36,335 36,336 36,337 36,338 2-30 36,351 36,352 36,353 36,354 36,355 36,356 36,357 36,358 36,359 36,360 36,361 36,362 36,363 2-31 36,376 36,377 36,378 36,379 36,380 36,381 36,382 36,383 36,384 36,385 36,386 36,387 36,388 2-32 36,401 36,402 36,403 36,404 36,405 36,406 36,407 36,408 36,409 36,410 36,411 36,412 36,413 2-33 36,426 36,427 36,428 36,429 36,430 36,431 36,432 36,433 36,434 36,435 36,436 36,437 36,438 2-34 36,451 36,452 36,453 36,454 36,455 36,456 36,457 36,458 36,459 36,460 36,461 36,462 36,463 2-35 36,476 36,477 36,478 36,479 36,480 36,481 36,482 36,483 36,484 36,485 36,486 36,487 36,488 2-36 36,501 36,502 36,503 36,504 36,505 36,506 36,507 36,508 36,509 36,510 36,511 36,512 36,513 2-37 36,526 36,527 36,528 36,529 36,530 36,531 36,532 36,533 36,534 36,535 36,536 36,537 36,538 2-38 36,551 36,552 36,553 36,554 36,555 36,556 36,557 36,558 36,559 36,560 36,561 36,562 36,563 2-39 36,576 36,577 36,578 36,579 36,580 36,581 36,582 36,583 36,584 36,585 36,586 36,587 36,588 2-40 36,601 36,602 36,603 36,604 36,605 36,606 36,607 36,608 36,609 36,610 36,611 36,612 36,613 2-41 36,626 36,627 36,628 36,629 36,630 36,631 36,632 36,633 36,634 36,635 36,636 36,637 36,638 2-42 36,651 36,652 36,653 36,654 36,655 36,656 36,657 36,658 36,659 36,660 36,661 36,662 36,663 2-43 36,676 36,677 36,678 36,679 36,680 36,681 36,682 36,683 36,684 36,685 36,686 36,687 36,688 2-44 36,701 36,702 36,703 36,704 36,705 36,706 36,707 36,708 36,709 36,710 36,711 36,712 36,713 2-45 36,726 36,727 36,728 36,729 36,730 36,731 36,732 36,733 36,734 36,735 36,736 36,737 36,738 2-46 36,751 36,752 36,753 36,754 36,755 36,756 36,757 36,758 36,759 36,760 36,761 36,762 36,763 2-47 36,776 36,777 36,778 36,779 36,780 36,781 36,782 36,783 36,784 36,785 36,786 36,787 36,788 2-48 36,801 36,802 36,803 36,804 36,805 36,806 36,807 36,808 36,809 36,810 36,811 36,812 36,813 2-49 36,826 36,827 36,828 36,829 36,830 36,831 36,832 36,833 36,834 36,835 36,836 36,837 36,838 2-50 36,851 36,852 36,853 36,854 36,855 36,856 36,857 36,858 36,859 36,860 36,861 36,862 36,863 2-51 36,876 36,877 36,878 36,879 36,880 36,881 36,882 36,883 36,884 36,885 36,886 36,887 36,888 2-52 36,901 36,902 36,903 36,904 36,905 36,906 36,907 36,908 36,909 36,910 36,911 36,912 36,913 2-53 36,926 36,927 36,928 36,929 36,930 36,931 36,932 36,933 36,934 36,935 36,936 36,937 36,938 2-54 36,951 36,952 36,953 36,954 36,955 36,956 36,957 36,958 36,959 36,960 36,961 36,962 36,963 2-55 36,976 36,977 36,978 36,979 36,980 36,981 36,982 36,983 36,984 36,985 36,986 36,987 36,988 Compound represented by the formula (1) 1-89 1-90 1-91 1-92 1-93 1-94 1-95 1-96 1-97 1-98 1-99 1-100 Compound 2-1 35,639 35,640 35,641 35,642 35,643 35,644 35,645 35,646 35,647 35,648 35,649 35,650 represented 2-2 35,664 35,665 35,666 35,667 35,668 35,669 35,670 35,671 35,672 35,673 35,674 35,675 by the 2-3 35,689 35,690 35,691 35,692 35,693 35,694 35,695 35,696 35,697 35,698 35,699 35,700 formula 2-4 35,714 35,715 35,716 35,717 35,718 35,719 35,720 35,721 35,722 35,723 35,724 35,725 (2) 2-5 35,739 35,740 35,741 35,742 35,743 35,744 35,745 35,746 35,747 35,748 35,749 35,750 2-6 35,764 35,765 35,766 35,767 35,768 35,769 35,770 35,771 35,772 35,773 35,774 35,775 2-7 35,789 35,790 35,791 35,792 35,793 35,794 35,795 35,796 35,797 35,798 35,799 35,800 2-8 35,814 35,815 35,816 35,817 35,818 35,819 35,820 35,821 35,822 35,823 35,824 35,825 2-9 35,839 35,840 35,841 35,842 35,843 35,844 35,845 35,846 35,847 35,848 35,849 35,850 2-10 35,864 35,865 35,866 35,867 35,868 35,869 35,870 35,871 35,872 35,873 35,874 35,875 2-11 35,889 35,890 35,891 35,892 35,893 35,894 35,895 35,896 35,897 35,898 35,899 35,900 2-12 35,914 35,915 35,916 35,917 35,918 35,919 35,920 35,921 35,922 35,923 35,924 35,925 2-13 35,939 35,940 35,941 35,942 35,943 35,944 35,945 35,946 35,947 35,948 35,949 35,950 2-14 35,964 35,965 35,966 35,967 35,968 35,969 35,970 35,971 35,972 35,973 35,974 35,975 2-15 35,989 35,990 35,991 35,992 35,993 35,994 35,995 35,996 35,997 35,998 35,999 36,000 2-16 36,014 36,015 36,016 36,017 36,018 36,019 36,020 36,021 36,022 36,023 36,024 36,025 2-17 36,039 36,040 36,041 36,042 36,043 36,044 36,045 36,046 36,047 36,048 36,049 36,050 2-18 36,064 36,065 36,066 36,067 36,068 36,069 36,070 36,071 36,072 36,073 36,074 36,075 2-19 36,089 36,090 36,091 36,092 36,093 36,094 36,095 36,096 36,097 36,098 36,099 36,100 2-20 36,114 36,115 36,116 36,117 36,118 36,119 36,120 36,121 36,122 36,123 36,124 36,125 2-21 36,139 36,140 36,141 36,142 36,143 36,144 36,145 36,146 36,147 36,148 36,149 36,150 2-22 36,164 36,165 36,166 36,167 36,168 36,169 36,170 36,171 36,172 36,173 36,174 36,175 2-23 36,189 36,190 36,191 36,192 36,193 36,194 36,195 36,196 36,197 36,198 36,199 36,200 2-24 36,214 36,215 36,216 36,217 36,218 36,219 36,220 36,221 36,222 36,223 36,224 36,225 2-25 36,239 36,240 36,241 36,242 36,243 36,244 36,245 36,246 36,247 36,248 36,249 36,250 2-26 36,264 36,265 36,266 36,267 36,268 36,269 36,270 36,271 36,272 36,273 36,274 36,275 2-27 36,289 36,290 36,291 36,292 36,293 36,294 36,295 36,296 36,297 36,298 36,299 36,300 2-28 36,314 36,315 36,316 36,317 36,318 36,319 36,320 36,321 36,322 36,323 36,324 36,325 2-29 36,339 36,340 36,341 36,342 36,343 36,344 36,345 36,346 36,347 36,348 36,349 36,350 2-30 36,364 36,365 36,366 36,367 36,368 36,369 36,370 36,371 36,372 36,373 36,374 36,375 2-31 36,389 36,390 36,391 36,392 36,393 36,394 36,395 36,396 36,397 36,398 36,399 36,400 2-32 36,414 36,415 36,416 36,417 36,418 36,419 36,420 36,421 36,422 36,423 36,424 36,425 2-33 36,439 36,440 36,441 36,442 36,443 36,444 36,445 36,446 36,447 36,448 36,449 36,450 2-34 36,464 36,465 36,466 36,467 36,468 36,469 36,470 36,471 36,472 36,473 36,474 36,475 2-35 36,489 36,490 36,491 36,492 36,493 36,494 36,495 36,496 36,497 36,498 36,499 36,500 2-36 36,514 36,515 36,516 36,517 36,518 36,519 36,520 36,521 36,522 36,523 36,524 36,525 2-37 36,539 36,540 36,541 36,542 36,543 36,544 36,545 36,546 36,547 36,548 36,549 36,550 2-38 36,564 36,565 36,566 36,567 36,568 36,569 36,570 36,571 36,572 36,573 36,574 36,575 2-39 36,589 36,590 36,591 36,592 36,593 36,594 36,595 36,596 36,597 36,598 36,599 36,600 2-40 36,614 36,615 36,616 36,617 36,618 36,619 36,620 36,621 36,622 36,623 36,624 36,625 2-41 36,639 36,640 36,641 36,642 36,643 36,644 36,645 36,646 36,647 36,648 36,649 36,650 2-42 36,664 36,665 36,666 36,667 36,668 36,669 36,670 36,671 36,672 36,673 36,674 36,675 2-43 36,689 36,690 36,691 36,692 36,693 36,694 36,695 36,696 36,697 36,698 36,699 36,700 2-44 36,714 36,715 36,716 36,717 36,718 36,719 36,720 36,721 36,722 36,723 36,724 36,725 2-45 36,739 36,740 36,741 36,742 36,743 36,744 36,745 36,746 36,747 36,748 36,749 36,750 2-46 36,764 36,765 36,766 36,767 36,768 36,769 36,770 36,771 36,772 36,773 36,774 36,775 2-47 36,789 36,790 36,791 36,792 36,793 36,794 36,795 36,796 36,797 36,798 36,799 36,800 2-48 36,814 36,815 36,816 36,817 36,818 36,819 36,820 36,821 36,822 36,823 36,824 36,825 2-49 36,839 36,840 36,841 36,842 36,843 36,844 36,845 36,846 36,847 36,848 36,849 36,850 2-50 36,864 36,865 36,866 36,867 36,868 36,869 36,870 36,871 36,872 36,873 36,874 36,875 2-51 36,889 36,890 36,891 36,892 36,893 36,894 36,895 36,896 36,897 36,898 36,899 36,900 2-52 36,914 36,915 36,916 36,917 36,918 36,919 36,920 36,921 36,922 36,923 36,924 36,925 2-53 36,939 36,940 36,941 36,942 36,943 36,944 36,945 36,946 36,947 36,948 36,949 36,950 2-54 36,964 36,965 36,966 36,967 36,968 36,969 36,970 36,971 36,972 36,973 36,974 36,975 2-55 36,989 36,990 36,991 36,992 36,993 36,994 36,995 36,996 36,997 36,998 36,999 37,000

TABLE 29 Compound represented by the formula (1) 1-76 1-77 1-78 1-79 1-80 1-81 1-82 1-83 1-84 1-85 1-86 1-87 1-88 Compound 2-56 37,001 37,002 37,003 37,004 37,005 37,006 37,007 37,008 37,009 37,010 37,011 37,012 37,013 represented 2-57 37,026 37,027 37,028 37,029 37,030 37,031 37,032 37,033 37,034 37,035 37,036 37,037 37,038 by the 2-58 37,051 37,052 37,053 37,054 37,055 37,056 37,057 37,058 37,059 37,060 37,061 37,062 37,063 formula (2) 2-59 37,076 37,077 37,078 37,079 37,080 37,081 37,082 37,083 37,084 37,085 37,086 37,087 37,088 2-60 37,101 37,102 37,103 37,104 37,105 37,106 37,107 37,108 37,109 37,110 37,111 37,112 37,113 2-61 37,126 37,127 37,128 37,129 37,130 37,131 37,132 37,133 37,134 37,135 37,136 37,137 37,138 2-62 37,151 37,152 37,153 37,154 37,155 37,156 37,157 37,158 37,159 37,160 37,161 37,162 37,163 2-63 37,176 37,177 37,178 37,179 37,180 37,181 37,182 37,183 37,184 37,185 37,186 37,187 37,188 2-64 37,201 37,202 37,203 37,204 37,205 37,206 37,207 37,208 37,209 37,210 37,211 37,212 37,213 2-65 37,226 37,227 37,228 37,229 37,230 37,231 37,232 37,233 37,234 37,235 37,236 37,237 37,238 2-66 37,251 37,252 37,253 37,254 37,255 37,256 37,257 37,258 37,259 37,260 37,261 37,262 37,263 2-67 37,276 37,277 37,278 37,279 37,280 37,281 37,282 37,283 37,284 37,285 37,286 37,287 37,288 2-68 37,301 37,302 37,303 37,304 37,305 37,306 37,307 37,308 37,309 37,310 37,311 37,312 37,313 2-69 37,326 37,327 37,328 37,329 37,330 37,331 37,332 37,333 37,334 37,335 37,336 37,337 37,338 2-70 37,351 37,352 37,353 37,354 37,355 37,356 37,357 37,358 37,359 37,360 37,361 37,362 37,363 2-71 37,376 37,377 37,378 37,379 37,380 37,381 37,382 37,383 37,384 37,385 37,386 37,387 37,388 2-72 37,401 37,402 37,403 37,404 37,405 37,406 37,407 37,408 37,409 37,410 37,411 37,412 37,413 2-73 37,426 37,427 37,428 37,429 37,430 37,431 37,432 37,433 37,434 37,435 37,436 37,437 37,438 2-74 37,451 37,452 37,453 37,454 37,455 37,456 37,457 37,458 37,459 37,460 37,461 37,462 37,463 2-75 37,476 37,477 37,478 37,479 37,480 37,481 37,482 37,483 37,484 37,485 37,486 37,487 37,488 2-76 37,501 37,502 37,503 37,504 37,505 37,506 37,507 37,508 37,509 37,510 37,511 37,512 37,513 2-77 37,526 37,527 37,528 37,529 37,530 37,531 37,532 37,533 37,534 37,535 37,536 37,537 37,538 2-78 37,551 37,552 37,553 37,554 37,555 37,556 37,557 37,558 37,559 37,560 37,561 37,562 37,563 2-79 37,576 37,577 37,578 37,579 37,580 37,581 37,582 37,583 37,584 37,585 37,586 37,587 37,588 2-80 37,601 37,602 37,603 37,604 37,605 37,606 37,607 37,608 37,609 37,610 37,611 37,612 37,613 2-81 37,626 37,627 37,628 37,629 37,630 37,631 37,632 37,633 37,634 37,635 37,636 37,637 37,638 2-82 37,651 37,652 37,653 37,654 37,655 37,656 37,657 37,658 37,659 37,660 37,661 37,662 37,663 2-83 37,676 37,677 37,678 37,679 37,680 37,681 37,682 37,683 37,684 37,685 37,686 37,687 37,688 2-84 37,701 37,702 37,703 37,704 37,705 37,706 37,707 37,708 37,709 37,710 37,711 37,712 37,713 2-85 37,726 37,727 37,728 37,729 37,730 37,731 37,732 37,733 37,734 37,735 37,736 37,737 37,738 2-86 37,751 37,752 37,753 37,754 37,755 37,756 37,757 37,758 37,759 37,760 37,761 37,762 37,763 2-87 37,776 37,777 37,778 37,779 37,780 37,781 37,782 37,783 37,784 37,785 37,786 37,787 37,788 2-88 37,801 37,802 37,803 37,804 37,805 37,806 37,807 37,808 37,809 37,810 37,811 37,812 37,813 2-89 37,826 37,827 37,828 37,829 37,830 37,831 37,832 37,833 37,834 37,835 37,836 37,837 37,838 2-90 37,851 37,852 37,853 37,854 37,855 37,856 37,857 37,858 37,859 37,860 37,861 37,862 37,863 2-91 37,876 37,877 37,878 37,879 37,880 37,881 37,882 37,883 37,884 37,885 37,886 37,887 37,888 2-92 37,901 37,902 37,903 37,904 37,905 37,906 37,907 37,908 37,909 37,910 37,911 37,912 37,913 2-93 37,926 37,927 37,928 37,929 37,930 37,931 37,932 37,933 37,934 37,935 37,936 37,937 37,938 2-94 37,951 37,952 37,953 37,954 37,955 37,956 37,957 37,958 37,959 37,960 37,961 37,962 37,963 2-95 37,976 37,977 37,978 37,979 37,980 37,981 37,982 37,983 37,984 37,985 37,986 37,987 37,988 2-96 38,001 38,002 38,003 38,004 38,005 38,006 38,007 38,008 38,009 38,010 38,011 38,012 38,013 2-97 38,026 38,027 38,028 38,029 38,030 38,031 38,032 38,033 38,034 38,035 38,036 38,037 38,038 2-98 38,051 38,052 38,053 38,054 38,055 38,056 38,057 38,058 38,059 38,060 38,061 38,062 38,063 2-99 38,076 38,077 38,078 38,079 38,080 38,081 38,082 38,083 38,084 38,085 38,086 38,087 38,088 2-100 38,101 38,102 38,103 38,104 38,105 38,106 38,107 38,108 38,109 38,110 38,111 38,112 38,113 2-101 38,126 38,127 38,128 38,129 38,130 38,131 38,132 38,133 38,134 38,135 38,136 38,137 38,138 2-102 38,151 38,152 38,153 38,154 38,155 38,156 38,157 38,158 38,159 38,160 38,161 38,162 38,163 2-103 38,176 38,177 38,178 38,179 38,180 38,181 38,182 38,183 38,184 38,185 38,186 38,187 38,188 2-104 38,201 38,202 38,203 38,204 38,205 38,206 38,207 38,208 38,209 38,210 38,211 38,212 38,213 2-105 38,226 38,227 38,228 38,229 38,230 38,231 38,232 38,233 38,234 38,235 38,236 38,237 38,238 2-106 38,251 38,252 38,253 38,254 38,255 38,256 38,257 38,258 38,259 38,260 38,261 38,262 38,263 2-107 38,276 38,277 38,278 38,279 38,280 38,281 38,282 38,283 38,284 38,285 38,286 38,287 38,288 2-108 38,301 38,302 38,303 38,304 38,305 38,306 38,307 38,308 38,309 38,310 38,311 38,312 38,313 2-109 38,326 38,327 38,328 38,329 38,330 38,331 38,332 38,333 38,334 38,335 38,336 38,337 38,338 2-110 38,351 38,352 38,353 38,354 38,355 38,356 38,357 38,358 38,359 38,360 38,361 38,362 38,363 Compound represented by the formula (1) 1-89 1-90 1-91 1-92 1-93 1-94 1-95 1-96 1-97 1-98 1-99 1-100 Compound 2-56 37,014 37,015 37,016 37,017 37,018 37,019 37,020 37,021 37,022 37,023 37,024 37,025 represented by the 2-57 37,039 37,040 37,041 37,042 37,043 37,044 37,045 37,046 37,047 37,048 37,049 37,050 formula (2) 2-58 37,064 37,065 37,066 37,067 37,068 37,069 37,070 37,071 37,072 37,073 37,074 37,075 2-59 37,089 37,090 37,091 37,092 37,093 37,094 37,095 37,096 37,097 37,098 37,099 37,100 2-60 37,114 37,115 37,116 37,117 37,118 37,119 37,120 37,121 37,122 37,123 37,124 37,125 2-61 37,139 37,140 37,141 37,142 37,143 37,144 37,145 37,146 37,147 37,148 37,149 37,150 2-62 37,164 37,165 37,166 37,167 37,168 37,169 37,170 37,171 37,172 37,173 37,174 37,175 2-63 37,189 37,190 37,191 37,192 37,193 37,194 37,195 37,196 37,197 37,198 37,199 37,200 2-64 37,214 37,215 37,216 37,217 37,218 37,219 37,220 37,221 37,222 37,223 37,224 37,225 2-65 37,239 37,240 37,241 37,242 37,243 37,244 37,245 37,246 37,247 37,248 37,249 37,250 2-66 37,264 37,265 37,266 37,267 37,268 37,269 37,270 37,271 37,272 37,273 37,274 37,275 2-67 37,289 37,290 37,291 37,292 37,293 37,294 37,295 37,296 37,297 37,298 37,299 37,300 2-68 37,314 37,315 37,316 37,317 37,318 37,319 37,320 37,321 37,322 37,323 37,324 37,325 2-69 37,339 37,340 37,341 37,342 37,343 37,344 37,345 37,346 37,347 37,348 37,349 37,350 2-70 37,364 37,365 37,366 37,367 37,368 37,369 37,370 37,371 37,372 37,373 37,374 37,375 2-71 37,389 37,390 37,391 37,392 37,393 37,394 37,395 37,396 37,397 37,398 37,399 37,400 2-72 37,414 37,415 37,416 37,417 37,418 37,419 37,420 37,421 37,422 37,423 37,424 37,425 2-73 37,439 37,440 37,441 37,442 37,443 37,444 37,445 37,446 37,447 37,448 37,449 37,450 2-74 37,464 37,465 37,466 37,467 37,468 37,469 37,470 37,471 37,472 37,473 37,474 37,475 2-75 37,489 37,490 37,491 37,492 37,493 37,494 37,495 37,496 37,497 37,498 37,499 37,500 2-76 37,514 37,515 37,516 37,517 37,518 37,519 37,520 37,521 37,522 37,523 37,524 37,525 2-77 37,539 37,540 37,541 37,542 37,543 37,544 37,545 37,546 37,547 37,548 37,549 37,550 2-78 37,564 37,565 37,566 37,567 37,568 37,569 37,570 37,571 37,572 37,573 37,574 37,575 2-79 37,589 37,590 37,591 37,592 37,593 37,594 37,595 37,596 37,597 37,598 37,599 37,600 2-80 37,614 37,615 37,616 37,617 37,618 37,619 37,620 37,621 37,622 37,623 37,624 37,625 2-81 37,639 37,640 37,641 37,642 37,643 37,644 37,645 37,646 37,647 37,648 37,649 37,650 2-82 37,664 37,665 37,666 37,667 37,668 37,669 37,670 37,671 37,672 37,673 37,674 37,675 2-83 37,689 37,690 37,691 37,692 37,693 37,694 37,695 37,696 37,697 37,698 37,699 37,700 2-84 37,714 37,715 37,716 37,717 37,718 37,719 37,720 37,721 37,722 37,723 37,724 37,725 2-85 37,739 37,740 37,741 37,742 37,743 37,744 37,745 37,746 37,747 37,748 37,749 37,750 2-86 37,764 37,765 37,766 37,767 37,768 37,769 37,770 37,771 37,772 37,773 37,774 37,775 2-87 37,789 37,790 37,791 37,792 37,793 37,794 37,795 37,796 37,797 37,798 37,799 37,800 2-88 37,814 37,815 37,816 37,817 37,818 37,819 37,820 37,821 37,822 37,823 37,824 37,825 2-89 37,839 37,840 37,841 37,842 37,843 37,844 37,845 37,846 37,847 37,848 37,849 37,850 2-90 37,864 37,865 37,866 37,867 37,868 37,869 37,870 37,871 37,872 37,873 37,874 37,875 2-91 37,889 37,890 37,891 37,892 37,893 37,894 37,895 37,896 37,897 37,898 37,899 37,900 2-92 37,914 37,915 37,916 37,917 37,918 37,919 37,920 37,921 37,922 37,923 37,924 37,925 2-93 37,939 37,940 37,941 37,942 37,943 37,944 37,945 37,946 37,947 37,948 37,949 37,950 2-94 37,964 37,965 37,966 37,967 37,968 37,969 37,970 37,971 37,972 37,973 37,974 37,975 2-95 37,989 37,990 37,991 37,992 37,993 37,994 37,995 37,996 37,997 37,998 37,999 38,000 2-96 38,014 38,015 38,016 38,017 38,018 38,019 38,020 38,021 38,022 38,023 38,024 38,025 2-97 38,039 38,040 38,041 38,042 38,043 38,044 38,045 38,046 38,047 38,048 38,049 38,050 2-98 38,064 38,065 38,066 38,067 38,068 38,069 38,070 38,071 38,072 38,073 38,074 38,075 2-99 38,089 38,090 38,091 38,092 38,093 38,094 38,095 38,096 38,097 38,098 38,099 38,100 2-100 38,114 38,115 38,116 38,117 38,118 38,119 38,120 38,121 38,122 38,123 38,124 38,125 2-101 38,139 38,140 38,141 38,142 38,143 38,144 38,145 38,146 38,147 38,148 38,149 38,150 2-102 38,164 38,165 38,166 38,167 38,168 38,169 38,170 38,171 38,172 38,173 38,174 38,175 2-103 38,189 38,190 38,191 38,192 38,193 38,194 38,195 38,196 38,197 38,198 38,199 38,200 2-104 38,214 38,215 38,216 38,217 38,218 38,219 38,220 38,221 38,222 38,223 38,224 38,225 2-105 38,239 38,240 38,241 38,242 38,243 38,244 38,245 38,246 38,247 38,248 38,249 38,250 2-106 38,264 38,265 38,266 38,267 38,268 38,269 38,270 38,271 38,272 38,273 38,274 38,275 2-107 38,289 38,290 38,291 38,292 38,293 38,294 38,295 38,296 38,297 38,298 38,299 38,300 2-108 38,314 38,315 38,316 38,317 38,318 38,319 38,320 38,321 38,322 38,323 38,324 38,325 2-109 38,339 38,340 38,341 38,342 38,343 38,344 38,345 38,346 38,347 38,348 38,349 38,350 2-110 38,364 38,365 38,366 38,367 38,368 38,369 38,370 38,371 38,372 38,373 38,374 38,375

TABLE 30 Compound represented by the formula (1) 1-76 1-77 1-78 1-79 1-80 1-81 1-82 1-83 1-84 1-85 1-86 1-87 1-88 Compound 2-111 38,376 38,377 38,378 38,379 38,380 38,381 38,382 38,383 38,384 38,385 38,386 38,387 38,388 represented 2-112 38,401 38,402 38,403 38,404 38,405 38,406 38,407 38,408 38,409 38,410 38,411 38,412 38,413 by the 2-113 38,426 38,427 38,428 38,429 38,430 38,431 38,432 38,433 38,434 38,435 38,436 38,437 38,438 formula (2) 2-114 38,451 38,452 38,453 38,454 38,455 38,456 38,457 38,458 38,459 38,460 38,461 38,462 38,463 2-115 38,476 38,477 38,478 38,479 38,480 38,481 38,482 38,483 38,484 38,485 38,486 38,487 38,488 2-116 38,501 38,502 38,503 38,504 38,505 38,506 38,507 38,508 38,509 38,510 38,511 38,512 38,513 2-117 38,526 38,527 38,528 38,529 38,530 38,531 38,532 38,533 38,534 38,535 38,536 38,537 38,538 2-118 38,551 38,552 38,553 38,554 38,555 38,556 38,557 38,558 38,559 38,560 38,561 38,562 38,563 2-119 38,576 38,577 38,578 38,579 38,580 38,581 38,582 38,583 38,584 38,585 38,586 38,587 38,588 2-120 38,601 38,602 38,603 38,604 38,605 38,606 38,607 38,608 38,609 38,610 38,611 38,612 38,613 2-121 38,626 38,627 38,628 38,629 38,630 38,631 38,632 38,633 38,634 38,635 38,636 38,637 38,638 2-122 38,651 38,652 38,653 38,654 38,655 38,656 38,657 38,658 38,659 38,660 38,661 38,662 38,663 2-123 38,676 38,677 38,678 38,679 38,680 38,681 38,682 38,683 38,684 38,685 38,686 38,687 38,688 2-124 38,701 38,702 38,703 38,704 38,705 38,706 38,707 38,708 38,709 38,710 38,711 38,712 38,713 2-125 38,726 38,727 38,728 38,729 38,730 38,731 38,732 38,733 38,734 38,735 38,736 38,737 38,738 2-126 38,751 38,752 38,753 38,754 38,755 38,756 38,757 38,758 38,759 38,760 38,761 38,762 38,763 2-127 38,776 38,777 38,778 38,779 38,780 38,781 38,782 38,783 38,784 38,785 38,786 38,787 38,788 2-128 38,801 38,802 38,803 38,804 38,805 38,806 38,807 38,808 38,809 38,810 38,811 38,812 38,813 2-129 38,826 38,827 38,828 38,829 38,830 38,831 38,832 38,833 38,834 38,835 38,836 38,837 38,838 2-130 38,851 38,852 38,853 38,854 38,855 38,856 38,857 38,858 38,859 38,860 38,861 38,862 38,863 2-131 38,876 38,877 38,878 38,879 38,880 38,881 38,882 38,883 38,884 38,885 38,886 38,887 38,888 2-132 38,901 38,902 38,903 38,904 38,905 38,906 38,907 38,908 38,909 38,910 38,911 38,912 38,913 2-133 38,926 38,927 38,928 38,929 38,930 38,931 38,932 38,933 38,934 38,935 38,936 38,937 38,938 2-134 38,951 38,952 38,953 38,954 38,955 38,956 38,957 38,958 38,959 38,960 38,961 38,962 38,963 2-135 38,976 38,977 38,978 38,979 38,980 38,981 38,982 38,983 38,984 38,985 38,986 38,987 38,988 2-136 39,001 39,002 39,003 39,004 39,005 39,006 39,007 39,008 39,009 39,010 39,011 39,012 39,013 2-137 39,026 39,027 39,028 39,029 39,030 39,031 39,032 39,033 39,034 39,035 39,036 39,037 39,038 2-138 39,051 39,052 39,053 39,054 39,055 39,056 39,057 39,058 39,059 39,060 39,061 39,062 39,063 2-139 39,076 39,077 39,078 39,079 39,080 39,081 39,082 39,083 39,084 39,085 39,086 39,087 39,088 2-140 39,101 39,102 39,103 39,104 39,105 39,106 39,107 39,108 39,109 39,110 39,111 39,112 39,113 2-141 39,126 39,127 39,128 39,129 39,130 39,131 39,132 39,133 39,134 39,135 39,136 39,137 39,138 2-142 39,151 39,152 39,153 39,154 39,155 39,156 39,157 39,158 39,159 39,160 39,161 39,162 39,163 2-143 39,176 39,177 39,178 39,179 39,180 39,181 39,182 39,183 39,184 39,185 39,186 39,187 39,188 2-144 39,201 39,202 39,203 39,204 39,205 39,206 39,207 39,208 39,209 39,210 39,211 39,212 39,213 2-145 39,226 39,227 39,228 39,229 39,230 39,231 39,232 39,233 39,234 39,235 39,236 39,237 39,238 2-146 39,251 39,252 39,253 39,254 39,255 39,256 39,257 39,258 39,259 39,260 39,261 39,262 39,263 2-147 39,276 39,277 39,278 39,279 39,280 39,281 39,282 39,283 39,284 39,285 39,286 39,287 39,288 2-148 39,301 39,302 39,303 39,304 39,305 39,306 39,307 39,308 39,309 39,310 39,311 39,312 39,313 2-149 39,326 39,327 39,328 39,329 39,330 39,331 39,332 39,333 39,334 39,335 39,336 39,337 39,338 2-150 39,351 39,352 39,353 39,354 39,355 39,356 39,357 39,358 39,359 39,360 39,361 39,362 39,363 2-151 39,376 39,377 39,378 39,379 39,380 39,381 39,382 39,383 39,384 39,385 39,386 39,387 39,388 2-152 39,401 39,402 39,403 39,404 39,405 39,406 39,407 39,408 39,409 39,410 39,411 39,412 39,413 2-153 39,426 39,427 39,428 39,429 39,430 39,431 39,432 39,433 39,434 39,435 39,436 39,437 39,438 2-154 39,451 39,452 39,453 39,454 39,455 39,456 39,457 39,458 39,459 39,460 39,461 39,462 39,463 2-155 39,476 39,477 39,478 39,479 39,480 39,481 39,482 39,483 39,484 39,485 39,486 39,487 39,488 2-156 39,501 39,502 39,503 39,504 39,505 39,506 39,507 39,508 39,509 39,510 39,511 39,512 39,513 2-157 39,526 39,527 39,528 39,529 39,530 39,531 39,532 39,533 39,534 39,535 39,536 39,537 39,538 2-158 39,551 39,552 39,553 39,554 39,555 39,556 39,557 39,558 39,559 39,560 39,561 39,562 39,563 2-159 39,576 39,577 39,578 39,579 39,580 39,581 39,582 39,583 39,584 39,585 39,586 39,587 39,588 2-160 39,601 39,602 39,603 39,604 39,605 39,606 39,607 39,608 39,609 39,610 39,611 39,612 39,613 2-161 39,626 39,627 39,628 39,629 39,630 39,631 39,632 39,633 39,634 39,635 39,636 39,637 39,638 2-162 39,651 39,652 39,653 39,654 39,655 39,656 39,657 39,658 39,659 39,660 39,661 39,662 39,663 2-163 39,676 39,677 39,678 39,679 39,680 39,681 39,682 39,683 39,684 39,685 39,686 39,687 39,688 2-164 39,701 39,702 39,703 39,704 39,705 39,706 39,707 39,708 39,709 39,710 39,711 39,712 39,713 2-165 39,726 39,727 39,728 39,729 39,730 39,731 39,732 39,733 39,734 39,735 39,736 39,737 39,738 Compound represented by the formula (1) 1-89 1-90 1-91 1-92 1-93 1-94 1-95 1-96 1-97 1-98 1-99 1-100 Compound 2-111 38,389 38,390 38,391 38,392 38,393 38,394 38,395 38,396 38,397 38,398 38,399 38,400 represented by the 2-112 38,414 38,415 38,416 38,417 38,418 38,419 38,420 38,421 38,422 38,423 38,424 38,425 formula (2) 2-113 38,439 38,440 38,441 38,442 38,443 38,444 38,445 38,446 38,447 38,448 38,449 38,450 2-114 38,464 38,465 38,466 38,467 38,468 38,469 38,470 38,471 38,472 38,473 38,474 38,475 2-115 38,489 38,490 38,491 38,492 38,493 38,494 38,495 38,496 38,497 38,498 38,499 38,500 2-116 38,514 38,515 38,516 38,517 38,518 38,519 38,520 38,521 38,522 38,523 38,524 38,525 2-117 38,539 38,540 38,541 38,542 38,543 38,544 38,545 38,546 38,547 38,548 38,549 38,550 2-118 38,564 38,565 38,566 38,567 38,568 38,569 38,570 38,571 38,572 38,573 38,574 38,575 2-119 38,589 38,590 38,591 38,592 38,593 38,594 38,595 38,596 38,597 38,598 38,599 38,600 2-120 38,614 38,615 38,616 38,617 38,618 38,619 38,620 38,621 38,622 38,623 38,624 38,625 2-121 38,639 38,640 38,641 38,642 38,643 38,644 38,645 38,646 38,647 38,648 38,649 38,650 2-122 38,664 38,665 38,666 38,667 38,668 38,669 38,670 38,671 38,672 38,673 38,674 38,675 2-123 38,689 38,690 38,691 38,692 38,693 38,694 38,695 38,696 38,697 38,698 38,699 38,700 2-124 38,714 38,715 38,716 38,717 38,718 38,719 38,720 38,721 38,722 38,723 38,724 38,725 2-125 38,739 38,740 38,741 38,742 38,743 38,744 38,745 38,746 38,747 38,748 38,749 38,750 2-126 38,764 38,765 38,766 38,767 38,768 38,769 38,770 38,771 38,772 38,773 38,774 38,775 2-127 38,789 38,790 38,791 38,792 38,793 38,794 38,795 38,796 38,797 38,798 38,799 38,800 2-128 38,814 38,815 38,816 38,817 38,818 38,819 38,820 38,821 38,822 38,823 38,824 38,825 2-129 38,839 38,840 38,841 38,842 38,843 38,844 38,845 38,846 38,847 38,848 38,849 38,850 2-130 38,864 38,865 38,866 38,867 38,868 38,869 38,870 38,871 38,872 38,873 38,874 38,875 2-131 38,889 38,890 38,891 38,892 38,893 38,894 38,895 38,896 38,897 38,898 38,899 38,900 2-132 38,914 38,915 38,916 38,917 38,918 38,919 38,920 38,921 38,922 38,923 38,924 38,925 2-133 38,939 38,940 38,941 38,942 38,943 38,944 38,945 38,946 38,947 38,948 38,949 38,950 2-134 38,964 38,965 38,966 38,967 38,968 38,969 38,970 38,971 38,972 38,973 38,974 38,975 2-135 38,989 38,990 38,991 38,992 38,993 38,994 38,995 38,996 38,997 38,998 38,999 39,000 2-136 39,014 39,015 39,016 39,017 39,018 39,019 39,020 39,021 39,022 39,023 39,024 39,025 2-137 39,039 39,040 39,041 39,042 39,043 39,044 39,045 39,046 39,047 39,048 39,049 39,050 2-138 39,064 39,065 39,066 39,067 39,068 39,069 39,070 39,071 39,072 39,073 39,074 39,075 2-139 39,089 39,090 39,091 39,092 39,093 39,094 39,095 39,096 39,097 39,098 39,099 39,100 2-140 39,114 39,115 39,116 39,117 39,118 39,119 39,120 39,121 39,122 39,123 39,124 39,125 2-141 39,139 39,140 39,141 39,142 39,143 39,144 39,145 39,146 39,147 39,148 39,149 39,150 2-142 39,164 39,165 39,166 39,167 39,168 39,169 39,170 39,171 39,172 39,173 39,174 39,175 2-143 39,189 39,190 39,191 39,192 39,193 39,194 39,195 39,196 39,197 39,198 39,199 39,200 2-144 39,214 39,215 39,216 39,217 39,218 39,219 39,220 39,221 39,222 39,223 39,224 39,225 2-145 39,239 39,240 39,241 39,242 39,243 39,244 39,245 39,246 39,247 39,248 39,249 39,250 2-146 39,264 39,265 39,266 39,267 39,268 39,269 39,270 39,271 39,272 39,273 39,274 39,275 2-147 39,289 39,290 39,291 39,292 39,293 39,294 39,295 39,296 39,297 39,298 39,299 39,300 2-148 39,314 39,315 39,316 39,317 39,318 39,319 39,320 39,321 39,322 39,323 39,324 39,325 2-149 39,339 39,340 39,341 39,342 39,343 39,344 39,345 39,346 39,347 39,348 39,349 39,350 2-150 39,364 39,365 39,366 39,367 39,368 39,369 39,370 39,371 39,372 39,373 39,374 39,375 2-151 39,389 39,390 39,391 39,392 39,393 39,394 39,395 39,396 39,397 39,398 39,399 39,400 2-152 39,414 39,415 39,416 39,417 39,418 39,419 39,420 39,421 39,422 39,423 39,424 39,425 2-153 39,439 39,440 39,441 39,442 39,443 39,444 39,445 39,446 39,447 39,448 39,449 39,450 2-154 39,464 39,465 39,466 39,467 39,468 39,469 39,470 39,471 39,472 39,473 39,474 39,475 2-155 39,489 39,490 39,491 39,492 39,493 39,494 39,495 39,496 39,497 39,498 39,499 39,500 2-156 39,514 39,515 39,516 39,517 39,518 39,519 39,520 39,521 39,522 39,523 39,524 39,525 2-157 39,539 39,540 39,541 39,542 39,543 39,544 39,545 39,546 39,547 39,548 39,549 39,550 2-158 39,564 39,565 39,566 39,567 39,568 39,569 39,570 39,571 39,572 39,573 39,574 39,575 2-159 39,589 39,590 39,591 39,592 39,593 39,594 39,595 39,596 39,597 39,598 39,599 39,600 2-160 39,614 39,615 39,616 39,617 39,618 39,619 39,620 39,621 39,622 39,623 39,624 39,625 2-161 39,639 39,640 39,641 39,642 39,643 39,644 39,645 39,646 39,647 39,648 39,649 39,650 2-162 39,664 39,665 39,666 39,667 39,668 39,669 39,670 39,671 39,672 39,673 39,674 39,675 2-163 39,689 39,690 39,691 39,692 39,693 39,694 39,695 39,696 39,697 39,698 39,699 39,700 2-164 39,714 39,715 39,716 39,717 39,718 39,719 39,720 39,721 39,722 39,723 39,724 39,725 2-165 39,739 39,740 39,741 39,742 39,743 39,744 39,745 39,746 39,747 39,748 39,749 39,750

TABLE 31 Compound represented by the formula (1) 1-76 1-77 1-78 1-79 1-80 1-81 1-82 1-83 1-84 1-85 1-86 1-87 1-88 Compound 2-166 39,751 39,752 39,753 39,754 39,755 39,756 39,757 39,758 39,759 39,760 39,761 39,762 39,763 represented 2-167 39,776 39,777 39,778 39,779 39,780 39,781 39,782 39,783 39,784 39,785 39,786 39,787 39,788 by the 2-168 39,801 39,802 39,803 39,804 39,805 39,806 39,807 39,808 39,809 39,810 39,811 39,812 39,813 formula (2) 2-169 39,826 39,827 39,828 39,829 39,830 39,831 39,832 39,833 39,834 39,835 39,836 39,837 39,838 2-170 39,851 39,852 39,853 39,854 39,855 39,856 39,857 39,858 39,859 39,860 39,861 39,862 39,863 2-171 39,876 39,877 39,878 39,879 39,880 39,881 39,882 39,883 39,884 39,885 39,886 39,887 39,888 2-172 39,901 39,902 39,903 39,904 39,905 39,906 39,907 39,908 39,909 39,910 39,911 39,912 39,913 2-173 39,926 39,927 39,928 39,929 39,930 39,931 39,932 39,933 39,934 39,935 39,936 39,937 39,938 2-174 39,951 39,952 39,953 39,954 39,955 39,956 39,957 39,958 39,959 39,960 39,961 39,962 39,963 2-175 39,976 39,977 39,978 39,979 39,980 39,981 39,982 39,983 39,984 39,985 39,986 39,987 39,988 2-176 40,001 40,002 40,003 40,004 40,005 40,006 40,007 40,008 40,009 40,010 40,011 40,012 40,013 2-177 40,026 40,027 40,028 40,029 40,030 40,031 40,032 40,033 40,034 40,035 40,036 40,037 40,038 2-178 40,051 40,052 40,053 40,054 40,055 40,056 40,057 40,058 40,059 40,060 40,061 40,062 40,063 2-179 40,076 40,077 40,078 40,079 40,080 40,081 40,082 40,083 40,084 40,085 40,086 40,087 40,088 2-180 40,101 40,102 40,103 40,104 40,105 40,106 40,107 40,108 40,109 40,110 40,111 40,112 40,113 2-181 40,126 40,127 40,128 40,129 40,130 40,131 40,132 40,133 40,134 40,135 40,136 40,137 40,138 2-182 40,151 40,152 40,153 40,154 40,155 40,156 40,157 40,158 40,159 40,160 40,161 40,162 40,163 2-183 40,176 40,177 40,178 40,179 40,180 40,181 40,182 40,183 40,184 40,185 40,186 40,187 40,188 2-184 40,201 40,202 40,203 40,204 40,205 40,206 40,207 40,208 40,209 40,210 40,211 40,212 40,213 2-185 40,226 40,227 40,228 40,229 40,230 40,231 40,232 40,233 40,234 40,235 40,236 40,237 40,238 2-186 40,251 40,252 40,253 40,254 40,255 40,256 40,257 40,258 40,259 40,260 40,261 40,262 40,263 2-187 40,276 40,277 40,278 40,279 40,280 40,281 40,282 40,283 40,284 40,285 40,286 40,287 40,288 2-188 40,301 40,302 40,303 40,304 40,305 40,306 40,307 40,308 40,309 40,310 40,311 40,312 40,313 2-189 40,326 40,327 40,328 40,329 40,330 40,331 40,332 40,333 40,334 40,335 40,336 40,337 40,338 2-190 40,351 40,352 40,353 40,354 40,355 40,356 40,357 40,358 40,359 40,360 40,361 40,362 40,363 2-191 40,376 40,377 40,378 40,379 40,380 40,381 40,382 40,383 40,384 40,385 40,386 40,387 40,388 2-192 40,401 40,402 40,403 40,404 40,405 40,406 40,407 40,408 40,409 40,410 40,411 40,412 40,413 2-193 40,426 40,427 40,428 40,429 40,430 40,431 40,432 40,433 40,434 40,435 40,436 40,437 40,438 2-194 40,451 40,452 40,453 40,454 40,455 40,456 40,457 40,458 40,459 40,460 40,461 40,462 40,463 2-195 40,476 40,477 40,478 40,479 40,480 40,481 40,482 40,483 40,484 40,485 40,486 40,487 40,488 2-196 40,501 40,502 40,503 40,504 40,505 40,506 40,507 40,508 40,509 40,510 40,511 40,512 40,513 2-197 40,526 40,527 40,528 40,529 40,530 40,531 40,532 40,533 40,534 40,535 40,536 40,537 40,538 2-198 40,551 40,552 40,553 40,554 40,555 40,556 40,557 40,558 40,559 40,560 40,561 40,562 40,563 2-199 40,576 40,577 40,578 40,579 40,580 40,581 40,582 40,583 40,584 40,585 40,586 40,587 40,588 2-200 40,601 40,602 40,603 40,604 40,605 40,606 40,607 40,608 40,609 40,610 40,611 40,612 40,613 2-201 40,626 40,627 40,628 40,629 40,630 40,631 40,632 40,633 40,634 40,635 40,636 40,637 40,638 2-202 40,651 40,652 40,653 40,654 40,655 40,656 40,657 40,658 40,659 40,660 40,661 40,662 40,663 2-203 40,676 40,677 40,678 40,679 40,680 40,681 40,682 40,683 40,684 40,685 40,686 40,687 40,688 2-204 40,701 40,702 40,703 40,704 40,705 40,706 40,707 40,708 40,709 40,710 40,711 40,712 40,713 2-205 40,726 40,727 40,728 40,729 40,730 40,731 40,732 40,733 40,734 40,735 40,736 40,737 40,738 2-206 40,751 40,752 40,753 40,754 40,755 40,756 40,757 40,758 40,759 40,760 40,761 40,762 40,763 2-207 40,776 40,777 40,778 40,779 40,780 40,781 40,782 40,783 40,784 40,785 40,786 40,787 40,788 2-208 40,801 40,802 40,803 40,804 40,805 40,806 40,807 40,808 40,809 40,810 40,811 40,812 40,813 2-209 40,826 40,827 40,828 40,829 40,830 40,831 40,832 40,833 40,834 40,835 40,836 40,837 40,838 2-210 40,851 40,852 40,853 40,854 40,855 40,856 40,857 40,858 40,859 40,860 40,861 40,862 40,863 2-211 40,876 40,877 40,878 40,879 40,880 40,881 40,882 40,883 40,884 40,885 40,886 40,887 40,888 2-212 40,901 40,902 40,903 40,904 40,905 40,906 40,907 40,908 40,909 40,910 40,911 40,912 40,913 2-213 40,926 40,927 40,928 40,929 40,930 40,931 40,932 40,933 40,934 40,935 40,936 40,937 40,938 2-214 40,951 40,952 40,953 40,954 40,955 40,956 40,957 40,958 40,959 40,960 40,961 40,962 40,963 2-215 40,976 40,977 40,978 40,979 40,980 40,981 40,982 40,983 40,984 40,985 40,986 40,987 40,988 2-216 41,001 41,002 41,003 41,004 41,005 41,006 41,007 41,008 41,009 41,010 41,011 41,012 41,013 2-217 41,026 41,027 41,028 41,029 41,030 41,031 41,032 41,033 41,034 41,035 41,036 41,037 41,038 2-218 41,051 41,052 41,053 41,054 41,055 41,056 41,057 41,058 41,059 41,060 41,061 41,062 41,063 2-219 41,076 41,077 41,078 41,079 41,080 41,081 41,082 41,083 41,084 41,085 41,086 41,087 41,088 2-220 41,101 41,102 41,103 41,104 41,105 41,106 41,107 41,108 41,109 41,110 41,111 41,112 41,113 Compound represented by the formula (1) 1-89 1-90 1-91 1-92 1-93 1-94 1-95 1-96 -97 1-98 1-99 1-100 Compound 2-166 39,764 39,765 39,766 39,767 39,768 39,769 39,770 39,771 39,772 39,773 39,774 39,775 represented by the 2-167 39,789 39,790 39,791 39,792 39,793 39,794 39,795 39,796 39,797 39,798 39,799 39,800 formula (2) 2-168 39,814 39,815 39,816 39,817 39,818 39,819 39,820 39,821 39,822 39,823 39,824 39,825 2-169 39,839 39,840 39,841 39,842 39,843 39,844 39,845 39,846 39,847 39,848 39,849 39,850 2-170 39,864 39,865 39,866 39,867 39,868 39,869 39,870 39,871 39,872 39,873 39,874 39,875 2-171 39,889 39,890 39,891 39,892 39,893 39,894 39,895 39,896 39,897 39,898 39,899 39,900 2-172 39,914 39,915 39,916 39,917 39,918 39,919 39,920 39,921 39,922 39,923 39,924 39,925 2-173 39,939 39,940 39,941 39,942 39,943 39,944 39,945 39,946 39,947 39,948 39,949 39,950 2-174 39,964 39,965 39,966 39,967 39,968 39,969 39,970 39,971 39,972 39,973 39,974 39,975 2-175 39,989 39,990 39,991 39,992 39,993 39,994 39,995 39,996 39,997 39,998 39,999 40,000 2-176 40,014 40,015 40,016 40,017 40,018 40,019 40,020 40,021 40,022 40,023 40,024 40,025 2-177 40,039 40,040 40,041 40,042 40,043 40,044 40,045 40,046 40,047 40,048 40,049 40,050 2-178 40,064 40,065 40,066 40,067 40,068 40,069 40,070 40,071 40,072 40,073 40,074 40,075 2-179 40,089 40,090 40,091 40,092 40,093 40,094 40,095 40,096 40,097 40,098 40,099 40,100 2-180 40,114 40,115 40,116 40,117 40,118 40,119 40,120 40,121 40,122 40,123 40,124 40,125 2-181 40,139 40,140 40,141 40,142 40,143 40,144 40,145 40,146 40,147 40,148 40,149 40,150 2-182 40,164 40,165 40,166 40,167 40,168 40,169 40,170 40,171 40,172 40,173 40,174 40,175 2-183 40,189 40,190 40,191 40,192 40,193 40,194 40,195 40,196 40,197 40,198 40,199 40,200 2-184 40,214 40,215 40,216 40,217 40,218 40,219 40,220 40,221 40,222 40,223 40,224 40,225 2-185 40,239 40,240 40,241 40,242 40,243 40,244 40,245 40,246 40,247 40,248 40,249 40,250 2-186 40,264 40,265 40,266 40,267 40,268 40,269 40,270 40,271 40,272 40,273 40,274 40,275 2-187 40,289 40,290 40,291 40,292 40,293 40,294 40,295 40,296 40,297 40,298 40,299 40,300 2-188 40,314 40,315 40,316 40,317 40,318 40,319 40,320 40,321 40,322 40,323 40,324 40,325 2-189 40,339 40,340 40,341 40,342 40,343 40,344 40,345 40,346 40,347 40,348 40,349 40,350 2-190 40,364 40,365 40,366 40,367 40,368 40,369 40,370 40,371 40,372 40,373 40,374 40,375 2-191 40,389 40,390 40,391 40,392 40,393 40,394 40,395 40,396 40,397 40,398 40,399 40,400 2-192 40,414 40,415 40,416 40,417 40,418 40,419 40,420 40,421 40,422 40,423 40,424 40,425 2-193 40,439 40,440 40,441 40,442 40,443 40,444 40,445 40,446 40,447 40,448 40,449 40,450 2-194 40,464 40,465 40,466 40,467 40,468 40,469 40,470 40,471 40,472 40,473 40,474 40,475 2-195 40,489 40,490 40,491 40,492 40,493 40,494 40,495 40,496 40,497 40,498 40,499 40,500 2-196 40,514 40,515 40,516 40,517 40,518 40,519 40,520 40,521 40,522 40,523 40,524 40,525 2-197 40,539 40,540 40,541 40,542 40,543 40,544 40,545 40,546 40,547 40,548 40,549 40,550 2-198 40,564 40,565 40,566 40,567 40,568 40,569 40,570 40,571 40,572 40,573 40,574 40,575 2-199 40,589 40,590 40,591 40,592 40,593 40,594 40,595 40,596 40,597 40,598 40,599 40,600 2-200 40,614 40,615 40,616 40,617 40,618 40,619 40,620 40,621 40,622 40,623 40,624 40,625 2-201 40,639 40,640 40,641 40,642 40,643 40,644 40,645 40,646 40,647 40,648 40,649 40,650 2-202 40,664 40,665 40,666 40,667 40,668 40,669 40,670 40,671 40,672 40,673 40,674 40,675 2-203 40,689 40,690 40,691 40,692 40,693 40,694 40,695 40,696 40,697 40,698 40,699 40,700 2-204 40,714 40,715 40,716 40,717 40,718 40,719 40,720 40,721 40,722 40,723 40,724 40,725 2-205 40,739 40,740 40,741 40,742 40,743 40,744 40,745 40,746 40,747 40,748 40,749 40,750 2-206 40,764 40,765 40,766 40,767 40,768 40,769 40,770 40,771 40,772 40,773 40,774 40,775 2-207 40,789 40,790 40,791 40,792 40,793 40,794 40,795 40,796 40,797 40,798 40,799 40,800 2-208 40,814 40,815 40,816 40,817 40,818 40,819 40,820 40,821 40,822 40,823 40,824 40,825 2-209 40,839 40,840 40,841 40,842 40,843 40,844 40,845 40,846 40,847 40,848 40,849 40,850 2-210 40,864 40,865 40,866 40,867 40,868 40,869 40,870 40,871 40,872 40,873 40,874 40,875 2-211 40,889 40,890 40,891 40,892 40,893 40,894 40,895 40,896 40,897 40,898 40,899 40,900 2-212 40,914 40,915 40,916 40,917 40,918 40,919 40,920 40,921 40,922 40,923 40,924 40,925 2-213 40,939 40,940 40,941 40,942 40,943 40,944 40,945 40,946 40,947 40,948 40,949 40,950 2-214 40,964 40,965 40,966 40,967 40,968 40,969 40,970 40,971 40,972 40,973 40,974 40,975 2-215 40,989 40,990 40,991 40,992 40,993 40,994 40,995 40,996 40,997 40,998 40,999 41,000 2-216 41,014 41,015 41,016 41,017 41,018 41,019 41,020 41,021 41,022 41,023 41,024 41,025 2-217 41,039 41,040 41,041 41,042 41,043 41,044 41,045 41,046 41,047 41,048 41,049 41,050 2-218 41,064 41,065 41,066 41,067 41,068 41,069 41,070 41,071 41,072 41,073 41,074 41,075 2-219 41,089 41,090 41,091 41,092 41,093 41,094 41,095 41,096 41,097 41,098 41,099 41,100 2-220 41,114 41,115 41,116 41,117 41,118 41,119 41,120 41,121 41,122 41,123 41,124 41,125

TABLE 32 Compound represented by the formula (1) 1-76 1-77 1-78 1-79 1-80 1-81 1-82 1-83 1-84 1-85 1-86 1-87 1-88 Compound 2-221 41,126 41,127 41,128 41,129 41,130 41,131 41,132 41,133 41,134 41,135 41,136 41,137 41,138 represented 2-222 41,151 41,152 41,153 41,154 41,155 41,156 41,157 41,158 41,159 41,160 41,161 41,162 41,163 by the 2-223 41,176 41,177 41,178 41,179 41,180 41,181 41,182 41,183 41,184 41,185 41,186 41,187 41,188 formula (2) 2-224 41,201 41,202 41,203 41,204 41,205 41,206 41,207 41,208 41,209 41,210 41,211 41,212 41,213 2-225 41,226 41,227 41,228 41,229 41,230 41,231 41,232 41,233 41,234 41,235 41,236 41,237 41,238 2-226 41,251 41,252 41,253 41,254 41,255 41,256 41,257 41,258 41,259 41,260 41,261 41,262 41,263 2-227 41,276 41,277 41,278 41,279 41,280 41,281 41,282 41,283 41,284 41,285 41,286 41,287 41,288 2-228 41,301 41,302 41,303 41,304 41,305 41,306 41,307 41,308 41,309 41,310 41,311 41,312 41,313 2-229 41,326 41,327 41,328 41,329 41,330 41,331 41,332 41,333 41,334 41,335 41,336 41,337 41,338 2-230 41,351 41,352 41,353 41,354 41,355 41,356 41,357 41,358 41,359 41,360 41,361 41,362 41,363 2-231 41,376 41,377 41,378 41,379 41,380 41,381 41,382 41,383 41,384 41,385 41,386 41,387 41,388 2-232 41,401 41,402 41,403 41,404 41,405 41,406 41,407 41,408 41,409 41,410 41,411 41,412 41,413 2-233 41,426 41,427 41,428 41,429 41,430 41,431 41,432 41,433 41,434 41,435 41,436 41,437 41,438 2-234 41,451 41,452 41,453 41,454 41,455 41,456 41,457 41,458 41,459 41,460 41,461 41,462 41,463 2-235 41,476 41,477 41,478 41,479 41,480 41,481 41,482 41,483 41,484 41,485 41,486 41,487 41,488 2-236 41,501 41,502 41,503 41,504 41,505 41,506 41,507 41,508 41,509 41,510 41,511 41,512 41,513 2-237 41,526 41,527 41,528 41,529 41,530 41,531 41,532 41,533 41,534 41,535 41,536 41,537 41,538 2-238 41,551 41,552 41,553 41,554 41,555 41,556 41,557 41,558 41,559 41,560 41,561 41,562 41,563 2-239 41,576 41,577 41,578 41,579 41,580 41,581 41,582 41,583 41,584 41,585 41,586 41,587 41,588 2-240 41,601 41,602 41,603 41,604 41,605 41,606 41,607 41,608 41,609 41,610 41,611 41,612 41,613 2-241 41,626 41,627 41,628 41,629 41,630 41,631 41,632 41,633 41,634 41,635 41,636 41,637 41,638 2-242 41,651 41,652 41,653 41,654 41,655 41,656 41,657 41,658 41,659 41,660 41,661 41,662 41,663 2-243 41,676 41,677 41,678 41,679 41,680 41,681 41,682 41,683 41,684 41,685 41,686 41,687 41,688 2-244 41,701 41,702 41,703 41,704 41,705 41,706 41,707 41,708 41,709 41,710 41,711 41,712 41,713 2-245 41,726 41,727 41,728 41,729 41,730 41,731 41,732 41,733 41,734 41,735 41,736 41,737 41,738 2-246 41,751 41,752 41,753 41,754 41,755 41,756 41,757 41,758 41,759 41,760 41,761 41,762 41,763 2-247 41,776 41,777 41,778 41,779 41,780 41,781 41,782 41,783 41,784 41,785 41,786 41,787 41,788 2-248 41,801 41,802 41,803 41,804 41,805 41,806 41,807 41,808 41,809 41,810 41,811 41,812 41,813 2-249 41,826 41,827 41,828 41,829 41,830 41,831 41,832 41,833 41,834 41,835 41,836 41,837 41,838 2-250 41,851 41,852 41,853 41,854 41,855 41,856 41,857 41,858 41,859 41,860 41,861 41,862 41,863 2-251 41,876 41,877 41,878 41,879 41,880 41,881 41,882 41,883 41,884 41,885 41,886 41,887 41,888 2-252 41,901 41,902 41,903 41,904 41,905 41,906 41,907 41,908 41,909 41,910 41,911 41,912 41,913 2-253 41,926 41,927 41,928 41,929 41,930 41,931 41,932 41,933 41,934 41,935 41,936 41,937 41,938 2-254 41,951 41,952 41,953 41,954 41,955 41,956 41,957 41,958 41,959 41,960 41,961 41,962 41,963 2-255 41,976 41,977 41,978 41,979 41,980 41,981 41,982 41,983 41,984 41,985 41,986 41,987 41,988 2-256 42,001 42,002 42,003 42,004 42,005 42,006 42,007 42,008 42,009 42,010 42,011 42,012 42,013 2-257 42,026 42,027 42,028 42,029 42,030 42,031 42,032 42,033 42,034 42,035 42,036 42,037 42,038 2-258 42,051 42,052 42,053 42,054 42,055 42,056 42,057 42,058 42,059 42,060 42,061 42,062 42,063 2-259 42,076 42,077 42,078 42,079 42,080 42,081 42,082 42,083 42,084 42,085 42,086 42,087 42,088 2-260 42,101 42,102 42,103 42,104 42,105 42,106 42,107 42,108 42,109 42,110 42,111 42,112 42,113 2-261 42,126 42,127 42,128 42,129 42,130 42,131 42,132 42,133 42,134 42,135 42,136 42,137 42,138 2-262 42,151 42,152 42,153 42,154 42,155 42,156 42,157 42,158 42,159 42,160 42,161 42,162 42,163 2-263 42,176 42,177 42,178 42,179 42,180 42,181 42,182 42,183 42,184 42,185 42,186 42,187 42,188 2-264 42,201 42,202 42,203 42,204 42,205 42,206 42,207 42,208 42,209 42,210 42,211 42,212 42,213 2-265 42,226 42,227 42,228 42,229 42,230 42,231 42,232 42,233 42,234 42,235 42,236 42,237 42,238 2-266 42,251 42,252 42,253 42,254 42,255 42,256 42,257 42,258 42,259 42,260 42,261 42,262 42,263 2-267 42,276 42,277 42,278 42,279 42,280 42,281 42,282 42,283 42,284 42,285 42,286 42,287 42,288 2-268 42,301 42,302 42,303 42,304 42,305 42,306 42,307 42,308 42,309 42,310 42,311 42,312 42,313 2-269 42,326 42,327 42,328 42,329 42,330 42,331 42,332 42,333 42,334 42,335 42,336 42,337 42,338 2-270 42,351 42,352 42,353 42,354 42,355 42,356 42,357 42,358 42,359 42,360 42,361 42,362 42,363 2-271 42,376 42,377 42,378 42,379 42,380 42,381 42,382 42,383 42,384 42,385 42,386 42,387 42,388 2-272 42,401 42,402 42,403 42,404 42,405 42,406 42,407 42,408 42,409 42,410 42,411 42,412 42,413 2-273 42,426 42,427 42,428 42,429 42,430 42,431 42,432 42,433 42,434 42,435 42,436 42,437 42,438 2-274 42,451 42,452 42,453 42,454 42,455 42,456 42,457 42,458 42,459 42,460 42,461 42,462 42,463 2-275 42,476 42,477 42,478 42,479 42,480 42,481 42,482 42,483 42,484 42,485 42,486 42,487 42,488 Compound represented by the formula (1) 1-89 1-90 1-91 1-92 1-93 1-94 1-95 1-96 1-97 1-98 1-99 1-100 Compound 2-221 41,139 41,140 41,141 41,142 41,143 41,144 41,145 41,146 41,147 41,148 41,149 41,150 represented by the 2-222 41,164 41,165 41,166 41,167 41,168 41,169 41,170 41,171 41,172 41,173 41,174 41,175 formula (2) 2-223 41,189 41,190 41,191 41,192 41,193 41,194 41,195 41,196 41,197 41,198 41,199 41,200 2-224 41,214 41,215 41,216 41,217 41,218 41,219 41,220 41,221 41,222 41,223 41,224 41,225 2-225 41,239 41,240 41,241 41,242 41,243 41,244 41,245 41,246 41,247 41,248 41,249 41,250 2-226 41,264 41,265 41,266 41,267 41,268 41,269 41,270 41,271 41,272 41,273 41,274 41,275 2-227 41,289 41,290 41,291 41,292 41,293 41,294 41,295 41,296 41,297 41,298 41,299 41,300 2-228 41,314 41,315 41,316 41,317 41,318 41,319 41,320 41,321 41,322 41,323 41,324 41,325 2-229 41,339 41,340 41,341 41,342 41,343 41,344 41,345 41,346 41,347 41,348 41,349 41,350 2-230 41,364 41,365 41,366 41,367 41,368 41,369 41,370 41,371 41,372 41,373 41,374 41,375 2-231 41,389 41,390 41,391 41,392 41,393 41,394 41,395 41,396 41,397 41,398 41,399 41,400 2-232 41,414 41,415 41,416 41,417 41,418 41,419 41,420 41,421 41,422 41,423 41,424 41,425 2-233 41,439 41,440 41,441 41,442 41,443 41,444 41,445 41,446 41,447 41,448 41,449 41,450 2-234 41,464 41,465 41,466 41,467 41,468 41,469 41,470 41,471 41,472 41,473 41,474 41,475 2-235 41,489 41,490 41,491 41,492 41,493 41,494 41,495 41,496 41,497 41,498 41,499 41,500 2-236 41,514 41,515 41,516 41,517 41,518 41,519 41,520 41,521 41,522 41,523 41,524 41,525 2-237 41,539 41,540 41,541 41,542 41,543 41,544 41,545 41,546 41,547 41,548 41,549 41,550 2-238 41,564 41,565 41,566 41,567 41,568 41,569 41,570 41,571 41,572 41,573 41,574 41,575 2-239 41,589 41,590 41,591 41,592 41,593 41,594 41,595 41,596 41,597 41,598 41,599 41,600 2-240 41,614 41,615 41,616 41,617 41,618 41,619 41,620 41,621 41,622 41,623 41,624 41,625 2-241 41,639 41,640 41,641 41,642 41,643 41,644 41,645 41,646 41,647 41,648 41,649 41,650 2-242 41,664 41,665 41,666 41,667 41,668 41,669 41,670 41,671 41,672 41,673 41,674 41,675 2-243 41,689 41,690 41,691 41,692 41,693 41,694 41,695 41,696 41,697 41,698 41,699 41,700 2-244 41,714 41,715 41,716 41,717 41,718 41,719 41,720 41,721 41,722 41,723 41,724 41,725 2-245 41,739 41,740 41,741 41,742 41,743 41,744 41,745 41,746 41,747 41,748 41,749 41,750 2-246 41,764 41,765 41,766 41,767 41,768 41,769 41,770 41,771 41,772 41,773 41,774 41,775 2-247 41,789 41,790 41,791 41,792 41,793 41,794 41,795 41,796 41,797 41,798 41,799 41,800 2-248 41,814 41,815 41,816 41,817 41,818 41,819 41,820 41,821 41,822 41,823 41,824 41,825 2-249 41,839 41,840 41,841 41,842 41,843 41,844 41,845 41,846 41,847 41,848 41,849 41,850 2-250 41,864 41,865 41,866 41,867 41,868 41,869 41,870 41,871 41,872 41,873 41,874 41,875 2-251 41,889 41,890 41,891 41,892 41,893 41,894 41,895 41,896 41,897 41,898 41,899 41,900 2-252 41,914 41,915 41,916 41,917 41,918 41,919 41,920 41,921 41,922 41,923 41,924 41,925 2-253 41,939 41,940 41,941 41,942 41,943 41,944 41,945 41,946 41,947 41,948 41,949 41,950 2-254 41,964 41,965 41,966 41,967 41,968 41,969 41,970 41,971 41,972 41,973 41,974 41,975 2-255 41,989 41,990 41,991 41,992 41,993 41,994 41,995 41,996 41,997 41,998 41,999 42,000 2-256 42,014 42,015 42,016 42,017 42,018 42,019 42,020 42,021 42,022 42,023 42,024 42,025 2-257 42,039 42,040 42,041 42,042 42,043 42,044 42,045 42,046 42,047 42,048 42,049 42,050 2-258 42,064 42,065 42,066 42,067 42,068 42,069 42,070 42,071 42,072 42,073 42,074 42,075 2-259 42,089 42,090 42,091 42,092 42,093 42,094 42,095 42,096 42,097 42,098 42,099 42,100 2-260 42,114 42,115 42,116 42,117 42,118 42,119 42,120 42,121 42,122 42,123 42,124 42,125 2-261 42,139 42,140 42,141 42,142 42,143 42,144 42,145 42,146 42,147 42,148 42,149 42,150 2-262 42,164 42,165 42,166 42,167 42,168 42,169 42,170 42,171 42,172 42,173 42,174 42,175 2-263 42,189 42,190 42,191 42,192 42,193 42,194 42,195 42,196 42,197 42,198 42,199 42,200 2-264 42,214 42,215 42,216 42,217 42,218 42,219 42,220 42,221 42,222 42,223 42,224 42,225 2-265 42,239 42,240 42,241 42,242 42,243 42,244 42,245 42,246 42,247 42,248 42,249 42,250 2-266 42,264 42,265 42,266 42,267 42,268 42,269 42,270 42,271 42,272 42,273 42,274 42,275 2-267 42,289 42,290 42,291 42,292 42,293 42,294 42,295 42,296 42,297 42,298 42,299 42,300 2-268 42,314 42,315 42,316 42,317 42,318 42,319 42,320 42,321 42,322 42,323 42,324 42,325 2-269 42,339 42,340 42,341 42,342 42,343 42,344 42,345 42,346 42,347 42,348 42,349 42,350 2-270 42,364 42,365 42,366 42,367 42,368 42,369 42,370 42,371 42,372 42,373 42,374 42,375 2-271 42,389 42,390 42,391 42,392 42,393 42,394 42,395 42,396 42,397 42,398 42,399 42,400 2-272 42,414 42,415 42,416 42,417 42,418 42,419 42,420 42,421 42,422 42,423 42,424 42,425 2-273 42,439 42,440 42,441 42,442 42,443 42,444 42,445 42,446 42,447 42,448 42,449 42,450 2-274 42,464 42,465 42,466 42,467 42,468 42,469 42,470 42,471 42,472 42,473 42,474 42,475 2-275 42,489 42,490 42,491 42,492 42,493 42,494 42,495 42,496 42,497 42,498 42,499 42,500

TABLE 33 Compound represented by the formula (1) 1-76 1-77 1-78 1-79 1-80 1-81 1-82 1-83 1-84 1-85 1-86 1-87 1-88 Compound 2-276 42,501 42,502 42,503 42,504 42,505 42,506 42,507 42,508 42,509 42,510 42,511 42,512 42,513 represented 2-277 42,526 42,527 42,528 42,529 42,530 42,531 42,532 42,533 42,534 42,535 42,536 42,537 42,538 by the 2-278 42,551 42,552 42,553 42,554 42,555 42,556 42,557 42,558 42,559 42,560 42,561 42,562 42,563 formula (2) 2-279 42,576 42,577 42,578 42,579 42,580 42,581 42,582 42,583 42,584 42,585 42,586 42,587 42,588 2-280 42,601 42,602 42,603 42,604 42,605 42,606 42,607 42,608 42,609 42,610 42,611 42,612 42,613 2-281 42,626 42,627 42,628 42,629 42,630 42,631 42,632 42,633 42,634 42,635 42,636 42,637 42,638 2-282 42,651 42,652 42,653 42,654 42,655 42,656 42,657 42,658 42,659 42,660 42,661 42,662 42,663 2-283 42,676 42,677 42,678 42,679 42,680 42,681 42,682 42,683 42,684 42,685 42,686 42,687 42,688 2-284 42,701 42,702 42,703 42,704 42,705 42,706 42,707 42,708 42,709 42,710 42,711 42,712 42,713 2-285 42,726 42,727 42,728 42,729 42,730 42,731 42,732 42,733 42,734 42,735 42,736 42,737 42,738 2-286 42,751 42,752 42,753 42,754 42,755 42,756 42,757 42,758 42,759 42,760 42,761 42,762 42,763 2-287 42,776 42,777 42,778 42,779 42,780 42,781 42,782 42,783 42,784 42,785 42,786 42,787 42,788 2-288 42,801 42,802 42,803 42,804 42,805 42,806 42,807 42,808 42,809 42,810 42,811 42,812 42,813 2-289 42,826 42,827 42,828 42,829 42,830 42,831 42,832 42,833 42,834 42,835 42,836 42,837 42,838 2-290 42,851 42,852 42,853 42,854 42,855 42,856 42,857 42,858 42,859 42,860 42,861 42,862 42,863 2-291 42,876 42,877 42,878 42,879 42,880 42,881 42,882 42,883 42,884 42,885 42,886 42,887 42,888 2-292 42,901 42,902 42,903 42,904 42,905 42,906 42,907 42,908 42,909 42,910 42,911 42,912 42,913 2-293 42,926 42,927 42,928 42,929 42,930 42,931 42,932 42,933 42,934 42,935 42,936 42,937 42,938 2-294 42,951 42,952 42,953 42,954 42,955 42,956 42,957 42,958 42,959 42,960 42,961 42,962 42,963 2-295 42,976 42,977 42,978 42,979 42,980 42,981 42,982 42,983 42,984 42,985 42,986 42,987 42,988 2-296 43,001 43,002 43,003 43,004 43,005 43,006 43,007 43,008 43,009 43,010 43,011 43,012 43,013 2-297 43,026 43,027 43,028 43,029 43,030 43,031 43,032 43,033 43,034 43,035 43,036 43,037 43,038 2-298 43,051 43,052 43,053 43,054 43,055 43,056 43,057 43,058 43,059 43,060 43,061 43,062 43,063 2-299 43,076 43,077 43,078 43,079 43,080 43,081 43,082 43,083 43,084 43,085 43,086 43,087 43,088 2-300 43,101 43,102 43,103 43,104 43,105 43,106 43,107 43,108 43,109 43,110 43,111 43,112 43,113 2-301 43,126 43,127 43,128 43,129 43,130 43,131 43,132 43,133 43,134 43,135 43,136 43,137 43,138 2-302 43,151 43,152 43,153 43,154 43,155 43,156 43,157 43,158 43,159 43,160 43,161 43,162 43,163 2-303 43,176 43,177 43,178 43,179 43,180 43,181 43,182 43,183 43,184 43,185 43,186 43,187 43,188 2-304 43,201 43,202 43,203 43,204 43,205 43,206 43,207 43,208 43,209 43,210 43,211 43,212 43,213 2-305 43,226 43,227 43,228 43,229 43,230 43,231 43,232 43,233 43,234 43,235 43,236 43,237 43,238 2-306 43,251 43,252 43,253 43,254 43,255 43,256 43,257 43,258 43,259 43,260 43,261 43,262 43,263 2-307 43,276 43,277 43,278 43,279 43,280 43,281 43,282 43,283 43,284 43,285 43,286 43,287 43,288 2-308 43,301 43,302 43,303 43,304 43,305 43,306 43,307 43,308 43,309 43,310 43,311 43,312 43,313 2-309 43,326 43,327 43,328 43,329 43,330 43,331 43,332 43,333 43,334 43,335 43,336 43,337 43,338 2-310 43,351 43,352 43,353 43,354 43,355 43,356 43,357 43,358 43,359 43,360 43,361 43,362 43,363 2-311 43,376 43,377 43,378 43,379 43,380 43,381 43,382 43,383 43,384 43,385 43,386 43,387 43,388 2-312 43,401 43,402 43,403 43,404 43,405 43,406 43,407 43,408 43,409 43,410 43,411 43,412 43,413 2-313 43,426 43,427 43,428 43,429 43,430 43,431 43,432 43,433 43,434 43,435 43,436 43,437 43,438 2-314 43,451 43,452 43,453 43,454 43,455 43,456 43,457 43,458 43,459 43,460 43,461 43,462 43,463 2-315 43,476 43,477 43,478 43,479 43,480 43,481 43,482 43,483 43,484 43,485 43,486 43,487 43,488 2-316 43,501 43,502 43,503 43,504 43,505 43,506 43,507 43,508 43,509 43,510 43,511 43,512 43,513 2-317 43,526 43,527 43,528 43,529 43,530 43,531 43,532 43,533 43,534 43,535 43,536 43,537 43,538 2-318 43,551 43,552 43,553 43,554 43,555 43,556 43,557 43,558 43,559 43,560 43,561 43,562 43,563 2-319 43,576 43,577 43,578 43,579 43,580 43,581 43,582 43,583 43,584 43,585 43,586 43,587 43,588 2-320 43,601 43,602 43,603 43,604 43,605 43,606 43,607 43,608 43,609 43,610 43,611 43,612 43,613 2-321 43,626 43,627 43,628 43,629 43,630 43,631 43,632 43,633 43,634 43,635 43,636 43,637 43,638 2-322 43,651 43,652 43,653 43,654 43,655 43,656 43,657 43,658 43,659 43,660 43,661 43,662 43,663 2-323 43,676 43,677 43,678 43,679 43,680 43,681 43,682 43,683 43,684 43,685 43,686 43,687 43,688 2-324 43,701 43,702 43,703 43,704 43,705 43,706 43,707 43,708 43,709 43,710 43,711 43,712 43,713 2-325 43,726 43,727 43,728 43,729 43,730 43,731 43,732 43,733 43,734 43,735 43,736 43,737 43,738 2-326 43,751 43,752 43,753 43,754 43,755 43,756 43,757 43,758 43,759 43,760 43,761 43,762 43,763 2-327 43,776 43,777 43,778 43,779 43,780 43,781 43,782 43,783 43,784 43,785 43,786 43,787 43,788 2-328 43,801 43,802 43,803 43,804 43,805 43,806 43,807 43,808 43,809 43,810 43,811 43,812 43,813 2-329 43,826 43,827 43,828 43,829 43,830 43,831 43,832 43,833 43,834 43,835 43,836 43,837 43,838 2-330 43,851 43,852 43,853 43,854 43,855 43,856 43,857 43,858 43,859 43,860 43,861 43,862 43,863 Compound represented by the formula (1) 1-89 1-90 1-91 1-92 1-93 1-94 1-95 1-96 1-97 1-98 1-99 1-100 Compound 2-276 42,514 42,515 42,516 42,517 42,518 42,519 42,520 42,521 42,522 42,523 42,524 42,525 represented by the 2-277 42,539 42,540 42,541 42,542 42,543 42,544 42,545 42,546 42,547 42,548 42,549 42,550 formula (2) 2-278 42,564 42,565 42,566 42,567 42,568 42,569 42,570 42,571 42,572 42,573 42,574 42,575 2-279 42,589 42,590 42,591 42,592 42,593 42,594 42,595 42,596 42,597 42,598 42,599 42,600 2-280 42,614 42,615 42,616 42,617 42,618 42,619 42,620 42,621 42,622 42,623 42,624 42,625 2-281 42,639 42,640 42,641 42,642 42,643 42,644 42,645 42,646 42,647 42,648 42,649 42,650 2-282 42,664 42,665 42,666 42,667 42,668 42,669 42,670 42,671 42,672 42,673 42,674 42,675 2-283 42,689 42,690 42,691 42,692 42,693 42,694 42,695 42,696 42,697 42,698 42,699 42,700 2-284 42,714 42,715 42,716 42,717 42,718 42,719 42,720 42,721 42,722 42,723 42,724 42,725 2-285 42,739 42,740 42,741 42,742 42,743 42,744 42,745 42,746 42,747 42,748 42,749 42,750 2-286 42,764 42,765 42,766 42,767 42,768 42,769 42,770 42,771 42,772 42,773 42,774 42,775 2-287 42,789 42,790 42,791 42,792 42,793 42,794 42,795 42,796 42,797 42,798 42,799 42,800 2-288 42,814 42,815 42,816 42,817 42,818 42,819 42,820 42,821 42,822 42,823 42,824 42,825 2-289 42,839 42,840 42,841 42,842 42,843 42,844 42,845 42,846 42,847 42,848 42,849 42,850 2-290 42,864 42,865 42,866 42,867 42,868 42,869 42,870 42,871 42,872 42,873 42,874 42,875 2-291 42,889 42,890 42,891 42,892 42,893 42,894 42,895 42,896 42,897 42,898 42,899 42,900 2-292 42,914 42,915 42,916 42,917 42,918 42,919 42,920 42,921 42,922 42,923 42,924 42,925 2-293 42,939 42,940 42,941 42,942 42,943 42,944 42,945 42,946 42,947 42,948 42,949 42,950 2-294 42,964 42,965 42,966 42,967 42,968 42,969 42,970 42,971 42,972 42,973 42,974 42,975 2-295 42,989 42,990 42,991 42,992 42,993 42,994 42,995 42,996 42,997 42,998 42,999 43,000 2-296 43,014 43,015 43,016 43,017 43,018 43,019 43,020 43,021 43,022 43,023 43,024 43,025 2-297 43,039 43,040 43,041 43,042 43,043 43,044 43,045 43,046 43,047 43,048 43,049 43,050 2-298 43,064 43,065 43,066 43,067 43,068 43,069 43,070 43,071 43,072 43,073 43,074 43,075 2-299 43,089 43,090 43,091 43,092 43,093 43,094 43,095 43,096 43,097 43,098 43,099 43,100 2-300 43,114 43,115 43,116 43,117 43,118 43,119 43,120 43,121 43,122 43,123 43,124 43,125 2-301 43,139 43,140 43,141 43,142 43,143 43,144 43,145 43,146 43,147 43,148 43,149 43,150 2-302 43,164 43,165 43,166 43,167 43,168 43,169 43,170 43,171 43,172 43,173 43,174 43,175 2-303 43,189 43,190 43,191 43,192 43,193 43,194 43,195 43,196 43,197 43,198 43,199 43,200 2-304 43,214 43,215 43,216 43,217 43,218 43,219 43,220 43,221 43,222 43,223 43,224 43,225 2-305 43,239 43,240 43,241 43,242 43,243 43,244 43,245 43,246 43,247 43,248 43,249 43,250 2-306 43,264 43,265 43,266 43,267 43,268 43,269 43,270 43,271 43,272 43,273 43,274 43,275 2-307 43,289 43,290 43,291 43,292 43,293 43,294 43,295 43,296 43,297 43,298 43,299 43,300 2-308 43,314 43,315 43,316 43,317 43,318 43,319 43,320 43,321 43,322 43,323 43,324 43,325 2-309 43,339 43,340 43,341 43,342 43,343 43,344 43,345 43,346 43,347 43,348 43,349 43,350 2-310 43,364 43,365 43,366 43,367 43,368 43,369 43,370 43,371 43,372 43,373 43,374 43,375 2-311 43,389 43,390 43,391 43,392 43,393 43,394 43,395 43,396 43,397 43,398 43,399 43,400 2-312 43,414 43,415 43,416 43,417 43,418 43,419 43,420 43,421 43,422 43,423 43,424 43,425 2-313 43,439 43,440 43,441 43,442 43,443 43,444 43,445 43,446 43,447 43,448 43,449 43,450 2-314 43,464 43,465 43,466 43,467 43,468 43,469 43,470 43,471 43,472 43,473 43,474 43,475 2-315 43,489 43,490 43,491 43,492 43,493 43,494 43,495 43,496 43,497 43,498 43,499 43,500 2-316 43,514 43,515 43,516 43,517 43,518 43,519 43,520 43,521 43,522 43,523 43,524 43,525 2-317 43,539 43,540 43,541 43,542 43,543 43,544 43,545 43,546 43,547 43,548 43,549 43,550 2-318 43,564 43,565 43,566 43,567 43,568 43,569 43,570 43,571 43,572 43,573 43,574 43,575 2-319 43,589 43,590 43,591 43,592 43,593 43,594 43,595 43,596 43,597 43,598 43,599 43,600 2-320 43,614 43,615 43,616 43,617 43,618 43,619 43,620 43,621 43,622 43,623 43,624 43,625 2-321 43,639 43,640 43,641 43,642 43,643 43,644 43,645 43,646 43,647 43,648 43,649 43,650 2-322 43,664 43,665 43,666 43,667 43,668 43,669 43,670 43,671 43,672 43,673 43,674 43,675 2-323 43,689 43,690 43,691 43,692 43,693 43,694 43,695 43,696 43,697 43,698 43,699 43,700 2-324 43,714 43,715 43,716 43,717 43,718 43,719 43,720 43,721 43,722 43,723 43,724 43,725 2-325 43,739 43,740 43,741 43,742 43,743 43,744 43,745 43,746 43,747 43,748 43,749 43,750 2-326 43,764 43,765 43,766 43,767 43,768 43,769 43,770 43,771 43,772 43,773 43,774 43,775 2-327 43,789 43,790 43,791 43,792 43,793 43,794 43,795 43,796 43,797 43,798 43,799 43,800 2-328 43,814 43,815 43,816 43,817 43,818 43,819 43,820 43,821 43,822 43,823 43,824 43,825 2-329 43,839 43,840 43,841 43,842 43,843 43,844 43,845 43,846 43,847 43,848 43,849 43,850 2-330 43,864 43,865 43,866 43,867 43,868 43,869 43,870 43,871 43,872 43,873 43,874 43,875

TABLE 34 Compound represented by the formula (1) 1-76 1-77 1-78 1-79 1-80 1-81 1-82 1-83 1-84 1-85 1-86 1-87 1-88 Compound 2-331 43,876 43,877 43,878 43,879 43,880 43,881 43,882 43,883 43,884 43,885 43,886 43,887 43,888 represented 2-332 43,901 43,902 43,903 43,904 43,905 43,906 43,907 43,908 43,909 43,910 43,911 43,912 43,913 by the 2-333 43,926 43,927 43,928 43,929 43,930 43,931 43,932 43,933 43,934 43,935 43,936 43,937 43,938 formula (2) 2-334 43,951 43,952 43,953 43,954 43,955 43,956 43,957 43,958 43,959 43,960 43,961 43,962 43,963 2-335 43,976 43,977 43,978 43,979 43,980 43,981 43,982 43,983 43,984 43,985 43,986 43,987 43,988 2-336 44,001 44,002 44,003 44,004 44,005 44,006 44,007 44,008 44,009 44,010 44,011 44,012 44,013 2-337 44,026 44,027 44,028 44,029 44,030 44,031 44,032 44,033 44,034 44,035 44,036 44,037 44,038 2-338 44,051 44,052 44,053 44,054 44,055 44,056 44,057 44,058 44,059 44,060 44,061 44,062 44,063 2-339 44,076 44,077 44,078 44,079 44,080 44,081 44,082 44,083 44,084 44,085 44,086 44,087 44,088 2-340 44,101 44,102 44,103 44,104 44,105 44,106 44,107 44,108 44,109 44,110 44,111 44,112 44,113 2-341 44,126 44,127 44,128 44,129 44,130 44,131 44,132 44,133 44,134 44,135 44,136 44,137 44,138 2-342 44,151 44,152 44,153 44,154 44,155 44,156 44,157 44,158 44,159 44,160 44,161 44,162 44,163 2-343 44,176 44,177 44,178 44,179 44,180 44,181 44,182 44,183 44,184 44,185 44,186 44,187 44,188 2-344 44,201 44,202 44,203 44,204 44,205 44,206 44,207 44,208 44,209 44,210 44,211 44,212 44,213 2-345 44,226 44,227 44,228 44,229 44,230 44,231 44,232 44,233 44,234 44,235 44,236 44,237 44,238 2-346 44,251 44,252 44,253 44,254 44,255 44,256 44,257 44,258 44,259 44,260 44,261 44,262 44,263 2-347 44,276 44,277 44,278 44,279 44,280 44,281 44,282 44,283 44,284 44,285 44,286 44,287 44,288 2-348 44,301 44,302 44,303 44,304 44,305 44,306 44,307 44,308 44,309 44,310 44,311 44,312 44,313 2-349 44,326 44,327 44,328 44,329 44,330 44,331 44,332 44,333 44,334 44,335 44,336 44,337 44,338 2-340 44,351 44,352 44,353 44,354 44,355 44,356 44,357 44,358 44,359 44,360 44,361 44,362 44,363 2-351 44,376 44,377 44,378 44,379 44,380 44,381 44,382 44,383 44,384 44,385 44,386 44,387 44,388 2-352 44,401 44,402 44,403 44,404 44,405 44,406 44,407 44,408 44,409 44,410 44,411 44,412 44,413 2-353 44,426 44,427 44,428 44,429 44,430 44,431 44,432 44,433 44,434 44,435 44,436 44,437 44,438 2-354 44,451 44,452 44,453 44,454 44,455 44,456 44,457 44,458 44,459 44,460 44,461 44,462 44,463 2-355 44,476 44,477 44,478 44,479 44,480 44,481 44,482 44,483 44,484 44,485 44,486 44,487 44,488 2-356 44,501 44,502 44,503 44,504 44,505 44,506 44,507 44,508 44,509 44,510 44,511 44,512 44,513 2-357 44,526 44,527 44,528 44,529 44,530 44,531 44,532 44,533 44,534 44,535 44,536 44,537 44,538 2-358 44,551 44,552 44,553 44,554 44,555 44,556 44,557 44,558 44,559 44,560 44,561 44,562 44,563 2-359 44,576 44,577 44,578 44,579 44,580 44,581 44,582 44,583 44,584 44,585 44,586 44,587 44,588 2-360 44,601 44,602 44,603 44,604 44,605 44,606 44,607 44,608 44,609 44,610 44,611 44,612 44,613 2-361 44,626 44,627 44,628 44,629 44,630 44,631 44,632 44,633 44,634 44,635 44,636 44,637 44,638 2-362 44,651 44,652 44,653 44,654 44,655 44,656 44,657 44,658 44,659 44,660 44,661 44,662 44,663 2-363 44,676 44,677 44,678 44,679 44,680 44,681 44,682 44,683 44,684 44,685 44,686 44,687 44,688 2-364 44,701 44,702 44,703 44,704 44,705 44,706 44,707 44,708 44,709 44,710 44,711 44,712 44,713 2-365 44,726 44,727 44,728 44,729 44,730 44,731 44,732 44,733 44,734 44,735 44,736 44,737 44,738 2-366 44,751 44,752 44,753 44,754 44,755 44,756 44,757 44,758 44,759 44,760 44,761 44,762 44,763 2-367 44,776 44,777 44,778 44,779 44,780 44,781 44,782 44,783 44,784 44,785 44,786 44,787 44,788 2-368 44,801 44,802 44,803 44,804 44,805 44,806 44,807 44,808 44,809 44,810 44,811 44,812 44,813 2-369 44,826 44,827 44,828 44,829 44,830 44,831 44,832 44,833 44,834 44,835 44,836 44,837 44,838 2-370 44,851 44,852 44,853 44,854 44,855 44,856 44,857 44,858 44,859 44,860 44,861 44,862 44,863 2-371 44,876 44,877 44,878 44,879 44,880 44,881 44,882 44,883 44,884 44,885 44,886 44,887 44,888 2-372 44,901 44,902 44,903 44,904 44,905 44,906 44,907 44,908 44,909 44,910 44,911 44,912 44,913 2-373 44,926 44,927 44,928 44,929 44,930 44,931 44,932 44,933 44,934 44,935 44,936 44,937 44,938 2-374 44,951 44,952 44,953 44,954 44,955 44,956 44,957 44,958 44,959 44,960 44,961 44,962 44,963 2-375 44,976 44,977 44,978 44,979 44,980 44,981 44,982 44,983 44,984 44,985 44,986 44,987 44,988 2-376 45,001 45,002 45,003 45,004 45,005 45,006 45,007 45,008 45,009 45,010 45,011 45,012 45,013 2-377 45,026 45,027 45,028 45,029 45,030 45,031 45,032 45,033 45,034 45,035 45,036 45,037 45,038 2-378 45,051 45,052 45,053 45,054 45,055 45,056 45,057 45,058 45,059 45,060 45,061 45,062 45,063 2-379 45,076 45,077 45,078 45,079 45,080 45,081 45,082 45,083 45,084 45,085 45,086 45,087 45,088 2-380 45,101 45,102 45,103 45,104 45,105 45,106 45,107 45,108 45,109 45,110 45,111 45,112 45,113 2-381 45,126 45,127 45,128 45,129 45,130 45,131 45,132 45,133 45,134 45,135 45,136 45,137 45,138 2-382 45,151 45,152 45,153 45,154 45,155 45,156 45,157 45,158 45,159 45,160 45,161 45,162 45,163 2-383 45,176 45,177 45,178 45,179 45,180 45,181 45,182 45,183 45,184 45,185 45,186 45,187 45,188 2-384 45,201 45,202 45,203 45,204 45,205 45,206 45,207 45,208 45,209 45,210 45,211 45,212 45,213 2-385 45,226 45,227 45,228 45,229 45,230 45,231 45,232 45,233 45,234 45,235 45,236 45,237 45,238 Compound represented by the formula (1) 1-89 1-90 1-91 1-92 1-93 1-94 1-95 1-96 1-97 1-98 1-99 1-100 Compound 2-331 43,889 43,890 43,891 43,892 43,893 43,894 43,895 43,896 43,897 43,898 43,899 43,900 represented by the 2-332 43,914 43,915 43,916 43,917 43,918 43,919 43,920 43,921 43,922 43,923 43,924 43,925 formula (2) 2-333 43,939 43,940 43,941 43,942 43,943 43,944 43,945 43,946 43,947 43,948 43,949 43,950 2-334 43,964 43,965 43,966 43,967 43,968 43,969 43,970 43,971 43,972 43,973 43,974 43,975 2-335 43,989 43,990 43,991 43,992 43,993 43,994 43,995 43,996 43,997 43,998 43,999 44,000 2-336 44,014 44,015 44,016 44,017 44,018 44,019 44,020 44,021 44,022 44,023 44,024 44,025 2-337 44,039 44,040 44,041 44,042 44,043 44,044 44,045 44,046 44,047 44,048 44,049 44,050 2-338 44,064 44,065 44,066 44,067 44,068 44,069 44,070 44,071 44,072 44,073 44,074 44,075 2-339 44,089 44,090 44,091 44,092 44,093 44,094 44,095 44,096 44,097 44,098 44,099 44,100 2-340 44,114 44,115 44,116 44,117 44,118 44,119 44,120 44,121 44,122 44,123 44,124 44,125 2-341 44,139 44,140 44,141 44,142 44,143 44,144 44,145 44,146 44,147 44,148 44,149 44,150 2-342 44,164 44,165 44,166 44,167 44,168 44,169 44,170 44,171 44,172 44,173 44,174 44,175 2-343 44,189 44,190 44,191 44,192 44,193 44,194 44,195 44,196 44,197 44,198 44,199 44,200 2-344 44,214 44,215 44,216 44,217 44,218 44,219 44,220 44,221 44,222 44,223 44,224 44,225 2-345 44,239 44,240 44,241 44,242 44,243 44,244 44,245 44,246 44,247 44,248 44,249 44,250 2-346 44,264 44,265 44,266 44,267 44,268 44,269 44,270 44,271 44,272 44,273 44,274 44,275 2-347 44,289 44,290 44,291 44,292 44,293 44,294 44,295 44,296 44,297 44,298 44,299 44,300 2-348 44,314 44,315 44,316 44,317 44,318 44,319 44,320 44,321 44,322 44,323 44,324 44,325 2-349 44,339 44,340 44,341 44,342 44,343 44,344 44,345 44,346 44,347 44,348 44,349 44,350 2-340 44,364 44,365 44,366 44,367 44,368 44,369 44,370 44,371 44,372 44,373 44,374 44,375 2-351 44,389 44,390 44,391 44,392 44,393 44,394 44,395 44,396 44,397 44,398 44,399 44,400 2-352 44,414 44,415 44,416 44,417 44,418 44,419 44,420 44,421 44,422 44,423 44,424 44,425 2-353 44,439 44,440 44,441 44,442 44,443 44,444 44,445 44,446 44,447 44,448 44,449 44,450 2-354 44,464 44,465 44,466 44,467 44,468 44,469 44,470 44,471 44,472 44,473 44,474 44,475 2-355 44,489 44,490 44,491 44,492 44,493 44,494 44,495 44,496 44,497 44,498 44,499 44,500 2-356 44,514 44,515 44,516 44,517 44,518 44,519 44,520 44,521 44,522 44,523 44,524 44,525 2-357 44,539 44,540 44,541 44,542 44,543 44,544 44,545 44,546 44,547 44,548 44,549 44,550 2-358 44,564 44,565 44,566 44,567 44,568 44,569 44,570 44,571 44,572 44,573 44,574 44,575 2-359 44,589 44,590 44,591 44,592 44,593 44,594 44,595 44,596 44,597 44,598 44,599 44,600 2-360 44,614 44,615 44,616 44,617 44,618 44,619 44,620 44,621 44,622 44,623 44,624 44,625 2-361 44,639 44,640 44,641 44,642 44,643 44,644 44,645 44,646 44,647 44,648 44,649 44,650 2-362 44,664 44,665 44,666 44,667 44,668 44,669 44,670 44,671 44,672 44,673 44,674 44,675 2-363 44,689 44,690 44,691 44,692 44,693 44,694 44,695 44,696 44,697 44,698 44,699 44,700 2-364 44,714 44,715 44,716 44,717 44,718 44,719 44,720 44,721 44,722 44,723 44,724 44,725 2-365 44,739 44,740 44,741 44,742 44,743 44,744 44,745 44,746 44,747 44,748 44,749 44,750 2-366 44,764 44,765 44,766 44,767 44,768 44,769 44,770 44,771 44,772 44,773 44,774 44,775 2-367 44,789 44,790 44,791 44,792 44,793 44,794 44,795 44,796 44,797 44,798 44,799 44,800 2-368 44,814 44,815 44,816 44,817 44,818 44,819 44,820 44,821 44,822 44,823 44,824 44,825 2-369 44,839 44,840 44,841 44,842 44,843 44,844 44,845 44,846 44,847 44,848 44,849 44,850 2-370 44,864 44,865 44,866 44,867 44,868 44,869 44,870 44,871 44,872 44,873 44,874 44,875 2-371 44,889 44,890 44,891 44,892 44,893 44,894 44,895 44,896 44,897 44,898 44,899 44,900 2-372 44,914 44,915 44,916 44,917 44,918 44,919 44,920 44,921 44,922 44,923 44,924 44,925 2-373 44,939 44,940 44,941 44,942 44,943 44,944 44,945 44,946 44,947 44,948 44,949 44,950 2-374 44,964 44,965 44,966 44,967 44,968 44,969 44,970 44,971 44,972 44,973 44,974 44,975 2-375 44,989 44,990 44,991 44,992 44,993 44,994 44,995 44,996 44,997 44,998 44,999 45,000 2-376 45,014 45,015 45,016 45,017 45,018 45,019 45,020 45,021 45,022 45,023 45,024 45,025 2-377 45,039 45,040 45,041 45,042 45,043 45,044 45,045 45,046 45,047 45,048 45,049 45,050 2-378 45,064 45,065 45,066 45,067 45,068 45,069 45,070 45,071 45,072 45,073 45,074 45,075 2-379 45,089 45,090 45,091 45,092 45,093 45,094 45,095 45,096 45,097 45,098 45,099 45,100 2-380 45,114 45,115 45,116 45,117 45,118 45,119 45,120 45,121 45,122 45,123 45,124 45,125 2-381 45,139 45,140 45,141 45,142 45,143 45,144 45,145 45,146 45,147 45,148 45,149 45,150 2-382 45,164 45,165 45,166 45,167 45,168 45,169 45,170 45,171 45,172 45,173 45,174 45,175 2-383 45,189 45,190 45,191 45,192 45,193 45,194 45,195 45,196 45,197 45,198 45,199 45,200 2-384 45,214 45,215 45,216 45,217 45,218 45,219 45,220 45,221 45,222 45,223 45,224 45,225 2-385 45,239 45,240 45,241 45,242 45,243 45,244 45,245 45,246 45,247 45,248 45,249 45,250

TABLE 35 Compound represented by the formula (1) 1-76 1-77 1-78 1-79 1-80 1-81 1-82 1-83 1-84 1-85 1-86 1-87 1-88 Compound 2-386 45,251 45,252 45,253 45,254 45,255 45,256 45,257 45,258 45,259 45,260 45,261 45,262 45,263 represented 2-387 45,276 45,277 45,278 45,279 45,280 45,281 45,282 45,283 45,284 45,285 45,286 45,287 45,288 by the 2-388 45,301 45,302 45,303 45,304 45,305 45,306 45,307 45,308 45,309 45,310 45,311 45,312 45,313 formula (2) 2-389 45,326 45,327 45,328 45,329 45,330 45,331 45,332 45,333 45,334 45,335 45,336 45,337 45,338 2-390 45,351 45,352 45,353 45,354 45,355 45,356 45,357 45,358 45,359 45,360 45,361 45,362 45,363 2-391 45,376 45,377 45,378 45,379 45,380 45,381 45,382 45,383 45,384 45,385 45,386 45,387 45,388 2-392 45,401 45,402 45,403 45,404 45,405 45,406 45,407 45,408 45,409 45,410 45,411 45,412 45,413 2-393 45,426 45,427 45,428 45,429 45,430 45,431 45,432 45,433 45,434 45,435 45,436 45,437 45,438 2-394 45,451 45,452 45,453 45,454 45,455 45,456 45,457 45,458 45,459 45,460 45,461 45,462 45,463 2-395 45,476 45,477 45,478 45,479 45,480 45,481 45,482 45,483 45,484 45,485 45,486 45,487 45,488 2-396 45,501 45,502 45,503 45,504 45,505 45,506 45,507 45,508 45,509 45,510 45,511 45,512 45,513 2-397 45,526 45,527 45,528 45,529 45,530 45,531 45,532 45,533 45,534 45,535 45,536 45,537 45,538 2-398 45,551 45,552 45,553 45,554 45,555 45,556 45,557 45,558 45,559 45,560 45,561 45,562 45,563 2-399 45,576 45,577 45,578 45,579 45,580 45,581 45,582 45,583 45,584 45,585 45,586 45,587 45,588 2-400 45,601 45,602 45,603 45,604 45,605 45,606 45,607 45,608 45,609 45,610 45,611 45,612 45,613 2-401 45,626 45,627 45,628 45,629 45,630 45,631 45,632 45,633 45,634 45,635 45,636 45,637 45,638 2-402 45,651 45,652 45,653 45,654 45,655 45,656 45,657 45,658 45,659 45,660 45,661 45,662 45,663 2-403 45,676 45,677 45,678 45,679 45,680 45,681 45,682 45,683 45,684 45,685 45,686 45,687 45,688 2-404 45,701 45,702 45,703 45,704 45,705 45,706 45,707 45,708 45,709 45,710 45,711 45,712 45,713 2-405 45,726 45,727 45,728 45,729 45,730 45,731 45,732 45,733 45,734 45,735 45,736 45,737 45,738 2-406 45,751 45,752 45,753 45,754 45,755 45,756 45,757 45,758 45,759 45,760 45,761 45,762 45,763 2-407 45,776 45,777 45,778 45,779 45,780 45,781 45,782 45,783 45,784 45,785 45,786 45,787 45,788 2-408 45,801 45,802 45,803 45,804 45,805 45,806 45,807 45,808 45,809 45,810 45,811 45,812 45,813 2-409 45,826 45,827 45,828 45,829 45,830 45,831 45,832 45,833 45,834 45,835 45,836 45,837 45,838 2-410 45,851 45,852 45,853 45,854 45,855 45,856 45,857 45,858 45,859 45,860 45,861 45,862 45,863 2-411 45,876 45,877 45,878 45,879 45,880 45,881 45,882 45,883 45,884 45,885 45,886 45,887 45,888 2-412 45,901 45,902 45,903 45,904 45,905 45,906 45,907 45,908 45,909 45,910 45,911 45,912 45,913 2-413 45,926 45,927 45,928 45,929 45,930 45,931 45,932 45,933 45,934 45,935 45,936 45,937 45,938 2-414 45,951 45,952 45,953 45,954 45,955 45,956 45,957 45,958 45,959 45,960 45,961 45,962 45,963 2-415 45,976 45,977 45,978 45,979 45,980 45,981 45,982 45,983 45,984 45,985 45,986 45,987 45,988 2-416 46,001 46,002 46,003 46,004 46,005 46,006 46,007 46,008 46,009 46,010 46,011 46,012 46,013 2-417 46,026 46,027 46,028 46,029 46,030 46,031 46,032 46,033 46,034 46,035 46,036 46,037 46,038 2-418 46,051 46,052 46,053 46,054 46,055 46,056 46,057 46,058 46,059 46,060 46,061 46,062 46,063 2-419 46,076 46,077 46,078 46,079 46,080 46,081 46,082 46,083 46,084 46,085 46,086 46,087 46,088 2-420 46,101 46,102 46,103 46,104 46,105 46,106 46,107 46,108 46,109 46,110 46,111 46,112 46,113 2-421 46,126 46,127 46,128 46,129 46,130 46,131 46,132 46,133 46,134 46,135 46,136 46,137 46,138 2-422 46,151 46,152 46,153 46,154 46,155 46,156 46,157 46,158 46,159 46,160 46,161 46,162 46,163 2-423 46,176 46,177 46,178 46,179 46,180 46,181 46,182 46,183 46,184 46,185 46,186 46,187 46,188 2-424 46,201 46,202 46,203 46,204 46,205 46,206 46,207 46,208 46,209 46,210 46,211 46,212 46,213 2-425 46,226 46,227 46,228 46,229 46,230 46,231 46,232 46,233 46,234 46,235 46,236 46,237 46,238 2-426 46,251 46,252 46,253 46,254 46,255 46,256 46,257 46,258 46,259 46,260 46,261 46,262 46,263 2-427 46,276 46,277 46,278 46,279 46,280 46,281 46,282 46,283 46,284 46,285 46,286 46,287 46,288 2-428 46,301 46,302 46,303 46,304 46,305 46,306 46,307 46,308 46,309 46,310 46,311 46,312 46,313 2-429 46,326 46,327 46,328 46,329 46,330 46,331 46,332 46,333 46,334 46,335 46,336 46,337 46,338 2-430 46,351 46,352 46,353 46,354 46,355 46,356 46,357 46,358 46,359 46,360 46,361 46,362 46,363 2-431 46,376 46,377 46,378 46,379 46,380 46,381 46,382 46,383 46,384 46,385 46,386 46,387 46,388 2-432 46,401 46,402 46,403 46,404 46,405 46,406 46,407 46,408 46,409 46,410 46,411 46,412 46,413 2-433 46,426 46,427 46,428 46,429 46,430 46,431 46,432 46,433 46,434 46,435 46,436 46,437 46,438 2-434 46,451 46,452 46,453 46,454 46,455 46,456 46,457 46,458 46,459 46,460 46,461 46,462 46,463 2-435 46,476 46,477 46,478 46,479 46,480 46,481 46,482 46,483 46,484 46,485 46,486 46,487 46,488 2-436 46,501 46,502 46,503 46,504 46,505 46,506 46,507 46,508 46,509 46,510 46,511 46,512 46,513 2-437 46,526 46,527 46,528 46,529 46,530 46,531 46,532 46,533 46,534 46,535 46,536 46,537 46,538 2-438 46,551 46,552 46,553 46,554 46,555 46,556 46,557 46,558 46,559 46,560 46,561 46,562 46,563 2-439 46,576 46,577 46,578 46,579 46,580 46,581 46,582 46,583 46,584 46,585 46,586 46,587 46,588 2-440 46,601 46,602 46,603 46,604 46,605 46,606 46,607 46,608 46,609 46,610 46,611 46,612 46,613 Compound represented by the formula (1) 1-89 1-90 1-91 1-92 1-93 1-94 1-95 1-96 1-97 1-98 1-99 1-100 Compound 2-386 45,264 45,265 45,266 45,267 45,268 45,269 45,270 45,271 45,272 45,273 45,274 45,275 represented by the 2-387 45,289 45,290 45,291 45,292 45,293 45,294 45,295 45,296 45,297 45,298 45,299 45,300 formula (2) 2-388 45,314 45,315 45,316 45,317 45,318 45,319 45,320 45,321 45,322 45,323 45,324 45,325 2-389 45,339 45,340 45,341 45,342 45,343 45,344 45,345 45,346 45,347 45,348 45,349 45,350 2-390 45,364 45,365 45,366 45,367 45,368 45,369 45,370 45,371 45,372 45,373 45,374 45,375 2-391 45,389 45,390 45,391 45,392 45,393 45,394 45,395 45,396 45,397 45,398 45,399 45,400 2-392 45,414 45,415 45,416 45,417 45,418 45,419 45,420 45,421 45,422 45,423 45,424 45,425 2-393 45,439 45,440 45,441 45,442 45,443 45,444 45,445 45,446 45,447 45,448 45,449 45,450 2-394 45,464 45,465 45,466 45,467 45,468 45,469 45,470 45,471 45,472 45,473 45,474 45,475 2-395 45,489 45,490 45,491 45,492 45,493 45,494 45,495 45,496 45,497 45,498 45,499 45,500 2-396 45,514 45,515 45,516 45,517 45,518 45,519 45,520 45,521 45,522 45,523 45,524 45,525 2-397 45,539 45,540 45,541 45,542 45,543 45,544 45,545 45,546 45,547 45,548 45,549 45,550 2-398 45,564 45,565 45,566 45,567 45,568 45,569 45,570 45,571 45,572 45,573 45,574 45,575 2-399 45,589 45,590 45,591 45,592 45,593 45,594 45,595 45,596 45,597 45,598 45,599 45,600 2-400 45,614 45,615 45,616 45,617 45,618 45,619 45,620 45,621 45,622 45,623 45,624 45,625 2-401 45,639 45,640 45,641 45,642 45,643 45,644 45,645 45,646 45,647 45,648 45,649 45,650 2-402 45,664 45,665 45,666 45,667 45,668 45,669 45,670 45,671 45,672 45,673 45,674 45,675 2-403 45,689 45,690 45,691 45,692 45,693 45,694 45,695 45,696 45,697 45,698 45,699 45,700 2-404 45,714 45,715 45,716 45,717 45,718 45,719 45,720 45,721 45,722 45,723 45,724 45,725 2-405 45,739 45,740 45,741 45,742 45,743 45,744 45,745 45,746 45,747 45,748 45,749 45,750 2-406 45,764 45,765 45,766 45,767 45,768 45,769 45,770 45,771 45,772 45,773 45,774 45,775 2-407 45,789 45,790 45,791 45,792 45,793 45,794 45,795 45,796 45,797 45,798 45,799 45,800 2-408 45,814 45,815 45,816 45,817 45,818 45,819 45,820 45,821 45,822 45,823 45,824 45,825 2-409 45,839 45,840 45,841 45,842 45,843 45,844 45,845 45,846 45,847 45,848 45,849 45,850 2-410 45,864 45,865 45,866 45,867 45,868 45,869 45,870 45,871 45,872 45,873 45,874 45,875 2-411 45,889 45,890 45,891 45,892 45,893 45,894 45,895 45,896 45,897 45,898 45,899 45,900 2-412 45,914 45,915 45,916 45,917 45,918 45,919 45,920 45,921 45,922 45,923 45,924 45,925 2-413 45,939 45,940 45,941 45,942 45,943 45,944 45,945 45,946 45,947 45,948 45,949 45,950 2-414 45,964 45,965 45,966 45,967 45,968 45,969 45,970 45,971 45,972 45,973 45,974 45,975 2-415 45,989 45,990 45,991 45,992 45,993 45,994 45,995 45,996 45,997 45,998 45,999 46,000 2-416 46,014 46,015 46,016 46,017 46,018 46,019 46,020 46,021 46,022 46,023 46,024 46,025 2-417 46,039 46,040 46,041 46,042 46,043 46,044 46,045 46,046 46,047 46,048 46,049 46,050 2-418 46,064 46,065 46,066 46,067 46,068 46,069 46,070 46,071 46,072 46,073 46,074 46,075 2-419 46,089 46,090 46,091 46,092 46,093 46,094 46,095 46,096 46,097 46,098 46,099 46,100 2-420 46,114 46,115 46,116 46,117 46,118 46,119 46,120 46,121 46,122 46,123 46,124 46,125 2-421 46,139 46,140 46,141 46,142 46,143 46,144 46,145 46,146 46,147 46,148 46,149 46,150 2-422 46,164 46,165 46,166 46,167 46,168 46,169 46,170 46,171 46,172 46,173 46,174 46,175 2-423 46,189 46,190 46,191 46,192 46,193 46,194 46,195 46,196 46,197 46,198 46,199 46,200 2-424 46,214 46,215 46,216 46,217 46,218 46,219 46,220 46,221 46,222 46,223 46,224 46,225 2-425 46,239 46,240 46,241 46,242 46,243 46,244 46,245 46,246 46,247 46,248 46,249 46,250 2-426 46,264 46,265 46,266 46,267 46,268 46,269 46,270 46,271 46,272 46,273 46,274 46,275 2-427 46,289 46,290 46,291 46,292 46,293 46,294 46,295 46,296 46,297 46,298 46,299 46,300 2-428 46,314 46,315 46,316 46,317 46,318 46,319 46,320 46,321 46,322 46,323 46,324 46,325 2-429 46,339 46,340 46,341 46,342 46,343 46,344 46,345 46,346 46,347 46,348 46,349 46,350 2-430 46,364 46,365 46,366 46,367 46,368 46,369 46,370 46,371 46,372 46,373 46,374 46,375 2-431 46,389 46,390 46,391 46,392 46,393 46,394 46,395 46,396 46,397 46,398 46,399 46,400 2-432 46,414 46,415 46,416 46,417 46,418 46,419 46,420 46,421 46,422 46,423 46,424 46,425 2-433 46,439 46,440 46,441 46,442 46,443 46,444 46,445 46,446 46,447 46,448 46,449 46,450 2-434 46,464 46,465 46,466 46,467 46,468 46,469 46,470 46,471 46,472 46,473 46,474 46,475 2-435 46,489 46,490 46,491 46,492 46,493 46,494 46,495 46,496 46,497 46,498 46,499 46,500 2-436 46,514 46,515 46,516 46,517 46,518 46,519 46,520 46,521 46,522 46,523 46,524 46,525 2-437 46,539 46,540 46,541 46,542 46,543 46,544 46,545 46,546 46,547 46,548 46,549 46,550 2-438 46,564 46,565 46,566 46,567 46,568 46,569 46,570 46,571 46,572 46,573 46,574 46,575 2-439 46,589 46,590 46,591 46,592 46,593 46,594 46,595 46,596 46,597 46,598 46,599 46,600 2-440 46,614 46,615 46,616 46,617 46,618 46,619 46,620 46,621 46,622 46,623 46,624 46,625

TABLE 36 Compound represented by the formula (1) 1-76 1-77 1-78 1-79 1-80 1-81 1-82 1-83 1-84 1-85 1-86 1-87 1-88 Compound 2-441 46,626 46,627 46,628 46,629 46,630 46,631 46,632 46,633 46,634 46,635 46,636 46,637 46,638 represented 2-442 46,651 46,652 46,653 46,654 46,655 46,656 46,657 46,658 46,659 46,660 46,661 46,662 46,663 by the 2-443 46,676 46,677 46,678 46,679 46,680 46,681 46,682 46,683 46,684 46,685 46,686 46,687 46,688 formula (2) 2-444 46,701 46,702 46,703 46,704 46,705 46,706 46,707 46,708 46,709 46,710 46,711 46,712 46,713 2-445 46,726 46,727 46,728 46,729 46,730 46,731 46,732 46,733 46,734 46,735 46,736 46,737 46,738 2-446 46,751 46,752 46,753 46,754 46,755 46,756 46,757 46,758 46,759 46,760 46,761 46,762 46,763 2-447 46,776 46,777 46,778 46,779 46,780 46,781 46,782 46,783 46,784 46,785 46,786 46,787 46,788 2-448 46,801 46,802 46,803 46,804 46,805 46,806 46,807 46,808 46,809 46,810 46,811 46,812 46,813 2-449 46,826 46,827 46,828 46,829 46,830 46,831 46,832 46,833 46,834 46,835 46,836 46,837 46,838 2-440 46,851 46,852 46,853 46,854 46,855 46,856 46,857 46,858 46,859 46,860 46,861 46,862 46,863 2-451 46,876 46,877 46,878 46,879 46,880 46,881 46,882 46,883 46,884 46,885 46,886 46,887 46,888 2-452 46,901 46,902 46,903 46,904 46,905 46,906 46,907 46,908 46,909 46,910 46,911 46,912 46,913 2-453 46,926 46,927 46,928 46,929 46,930 46,931 46,932 46,933 46,934 46,935 46,936 46,937 46,938 2-454 46,951 46,952 46,953 46,954 46,955 46,956 46,957 46,958 46,959 46,960 46,961 46,962 46,963 2-455 46,976 46,977 46,978 46,979 46,980 46,981 46,982 46,983 46,984 46,985 46,986 46,987 46,988 2-456 47,001 47,002 47,003 47,004 47,005 47,006 47,007 47,008 47,009 47,010 47,011 47,012 47,013 2-457 47,026 47,027 47,028 47,029 47,030 47,031 47,032 47,033 47,034 47,035 47,036 47,037 47,038 2-458 47,051 47,052 47,053 47,054 47,055 47,056 47,057 47,058 47,059 47,060 47,061 47,062 47,063 2-459 47,076 47,077 47,078 47,079 47,080 47,081 47,082 47,083 47,084 47,085 47,086 47,087 47,088 2-460 47,101 47,102 47,103 47,104 47,105 47,106 47,107 47,108 47,109 47,110 47,111 47,112 47,113 2-461 47,126 47,127 47,128 47,129 47,130 47,131 47,132 47,133 47,134 47,135 47,136 47,137 47,138 2-462 47,151 47,152 47,153 47,154 47,155 47,156 47,157 47,158 47,159 47,160 47,161 47,162 47,163 2-463 47,176 47,177 47,178 47,179 47,180 47,181 47,182 47,183 47,184 47,185 47,186 47,187 47,188 2-464 47,201 47,202 47,203 47,204 47,205 47,206 47,207 47,208 47,209 47,210 47,211 47,212 47,213 2-465 47,226 47,227 47,228 47,229 47,230 47,231 47,232 47,233 47,234 47,235 47,236 47,237 47,238 2-466 47,251 47,252 47,253 47,254 47,255 47,256 47,257 47,258 47,259 47,260 47,261 47,262 47,263 2-467 47,276 47,277 47,278 47,279 47,280 47,281 47,282 47,283 47,284 47,285 47,286 47,287 47,288 2-468 47,301 47,302 47,303 47,304 47,305 47,306 47,307 47,308 47,309 47,310 47,311 47,312 47,313 2-469 47,326 47,327 47,328 47,329 47,330 47,331 47,332 47,333 47,334 47,335 47,336 47,337 47,338 2-470 47,351 47,352 47,353 47,354 47,355 47,356 47,357 47,358 47,359 47,360 47,361 47,362 47,363 2-471 47,376 47,377 47,378 47,379 47,380 47,381 47,382 47,383 47,384 47,385 47,386 47,387 47,388 2-472 47,401 47,402 47,403 47,404 47,405 47,406 47,407 47,408 47,409 47,410 47,411 47,412 47,413 2-473 47,426 47,427 47,428 47,429 47,430 47,431 47,432 47,433 47,434 47,435 47,436 47,437 47,438 2-474 47,451 47,452 47,453 47,454 47,455 47,456 47,457 47,458 47,459 47,460 47,461 47,462 47,463 2-475 47,476 47,477 47,478 47,479 47,480 47,481 47,482 47,483 47,484 47,485 47,486 47,487 47,488 Compound represented by the formula (1) 1-89 1-90 1-91 1-92 1-93 1-94 1-95 1-96 1-97 1-98 1-99 1-100 Compound 2-441 46,639 46,640 46,641 46,642 46,643 46,644 46,645 46,646 46,647 46,648 46,649 46,650 represented by the 2-442 46,664 46,665 46,666 46,667 46,668 46,669 46,670 46,671 46,672 46,673 46,674 46,675 formula (2) 2-443 46,689 46,690 46,691 46,692 46,693 46,694 46,695 46,696 46,697 46,698 46,699 46,700 2-444 46,714 46,715 46,716 46,717 46,718 46,719 46,720 46,721 46,722 46,723 46,724 46,725 2-445 46,739 46,740 46,741 46,742 46,743 46,744 46,745 46,746 46,747 46,748 46,749 46,750 2-446 46,764 46,765 46,766 46,767 46,768 46,769 46,770 46,771 46,772 46,773 46,774 46,775 2-447 46,789 46,790 46,791 46,792 46,793 46,794 46,795 46,796 46,797 46,798 46,799 46,800 2-448 46,814 46,815 46,816 46,817 46,818 46,819 46,820 46,821 46,822 46,823 46,824 46,825 2-449 46,839 46,840 46,841 46,842 46,843 46,844 46,845 46,846 46,847 46,848 46,849 46,850 2-440 46,864 46,865 46,866 46,867 46,868 46,869 46,870 46,871 46,872 46,873 46,874 46,875 2-451 46,889 46,890 46,891 46,892 46,893 46,894 46,895 46,896 46,897 46,898 46,899 46,900 2-452 46,914 46,915 46,916 46,917 46,918 46,919 46,920 46,921 46,922 46,923 46,924 46,925 2-453 46,939 46,940 46,941 46,942 46,943 46,944 46,945 46,946 46,947 46,948 46,949 46,950 2-454 46,964 46,965 46,966 46,967 46,968 46,969 46,970 46,971 46,972 46,973 46,974 46,975 2-455 46,989 46,990 46,991 46,992 46,993 46,994 46,995 46,996 46,997 46,998 46,999 47,000 2-456 47,014 47,015 47,016 47,017 47,018 47,019 47,020 47,021 47,022 47,023 47,024 47,025 2-457 47,039 47,040 47,041 47,042 47,043 47,044 47,045 47,046 47,047 47,048 47,049 47,050 2-458 47,064 47,065 47,066 47,067 47,068 47,069 47,070 47,071 47,072 47,073 47,074 47,075 2-459 47,089 47,090 47,091 47,092 47,093 47,094 47,095 47,096 47,097 47,098 47,099 47,100 2-460 47,114 47,115 47,116 47,117 47,118 47,119 47,120 47,121 47,122 47,123 47,124 47,125 2-461 47,139 47,140 47,141 47,142 47,143 47,144 47,145 47,146 47,147 47,148 47,149 47,150 2-462 47,164 47,165 47,166 47,167 47,168 47,169 47,170 47,171 47,172 47,173 47,174 47,175 2-463 47,189 47,190 47,191 47,192 47,193 47,194 47,195 47,196 47,197 47,198 47,199 47,200 2-464 47,214 47,215 47,216 47,217 47,218 47,219 47,220 47,221 47,222 47,223 47,224 47,225 2-465 47,239 47,240 47,241 47,242 47,243 47,244 47,245 47,246 47,247 47,248 47,249 47,250 2-466 47,264 47,265 47,266 47,267 47,268 47,269 47,270 47,271 47,272 47,273 47,274 47,275 2-467 47,289 47,290 47,291 47,292 47,293 47,294 47,295 47,296 47,297 47,298 47,299 47,300 2-468 47,314 47,315 47,316 47,317 47,318 47,319 47,320 47,321 47,322 47,323 47,324 47,325 2-469 47,339 47,340 47,341 47,342 47,343 47,344 47,345 47,346 47,347 47,348 47,349 47,350 2-470 47,364 47,365 47,366 47,367 47,368 47,369 47,370 47,371 47,372 47,373 47,374 47,375 2-471 47,389 47,390 47,391 47,392 47,393 47,394 47,395 47,396 47,397 47,398 47,399 47,400 2-472 47,414 47,415 47,416 47,417 47,418 47,419 47,420 47,421 47,422 47,423 47,424 47,425 2-473 47,439 47,440 47,441 47,442 47,443 47,444 47,445 47,446 47,447 47,448 47,449 47,450 2-474 47,464 47,465 47,466 47,467 47,468 47,469 47,470 47,471 47,472 47,473 47,474 47,475 2-475 47,489 47,490 47,491 47,492 47,493 47,494 47,495 47,496 47,497 47,498 47,499 47,500

TABLE 37 Compound represented by the formula (1) 1-101 1-102 1-103 1-104 1-105 1-106 1-107 1-108 1-109 1-110 1-111 1-112 1-113 Compound 2-1 47,501 47,502 47,503 47,504 47,505 47,506 47,507 47,508 47,509 47,510 47,511 47,512 47,513 represented 2-2 47,526 47,527 47,528 47,529 47,530 47,531 47,532 47,533 47,534 47,535 47,536 47,537 47,538 by the 2-3 47,551 47,552 47,553 47,554 47,555 47,556 47,557 47,558 47,559 47,560 47,561 47,562 47,563 formula (2) 2-4 47,576 47,577 47,578 47,579 47,580 47,581 47,582 47,583 47,584 47,585 47,586 47,587 47,588 2-5 47,601 47,602 47,603 47,604 47,605 47,606 47,607 47,608 47,609 47,610 47,611 47,612 47,613 2-6 47,626 47,627 47,628 47,629 47,630 47,631 47,632 47,633 47,634 47,635 47,636 47,637 47,638 2-7 47,651 47,652 47,653 47,654 47,655 47,656 47,657 47,658 47,659 47,660 47,661 47,662 47,663 2-8 47,676 47,677 47,678 47,679 47,680 47,681 47,682 47,683 47,684 47,685 47,686 47,687 47,688 2-9 47,701 47,702 47,703 47,704 47,705 47,706 47,707 47,708 47,709 47,710 47,711 47,712 47,713 2-10 47,726 47,727 47,728 47,729 47,730 47,731 47,732 47,733 47,734 47,735 47,736 47,737 47,738 2-11 47,751 47,752 47,753 47,754 47,755 47,756 47,757 47,758 47,759 47,760 47,761 47,762 47,763 2-12 47,776 47,777 47,778 47,779 47,780 47,781 47,782 47,783 47,784 47,785 47,786 47,787 47,788 2-13 47,801 47,802 47,803 47,804 47,805 47,806 47,807 47,808 47,809 47,810 47,811 47,812 47,813 2-14 47,826 47,827 47,828 47,829 47,830 47,831 47,832 47,833 47,834 47,835 47,836 47,837 47,838 2-15 47,851 47,852 47,853 47,854 47,855 47,856 47,857 47,858 47,859 47,860 47,861 47,862 47,863 2-16 47,876 47,877 47,878 47,879 47,880 47,881 47,882 47,883 47,884 47,885 47,886 47,887 47,888 2-17 47,901 47,902 47,903 47,904 47,905 47,906 47,907 47,908 47,909 47,910 47,911 47,912 47,913 2-18 47,926 47,927 47,928 47,929 47,930 47,931 47,932 47,933 47,934 47,935 47,936 47,937 47,938 2-19 47,951 47,952 47,953 47,954 47,955 47,956 47,957 47,958 47,959 47,960 47,961 47,962 47,963 2-20 47,976 47,977 47,978 47,979 47,980 47,981 47,982 47,983 47,984 47,985 47,986 47,987 47,988 2-21 48,001 48,002 48,003 48,004 48,005 48,006 48,007 48,008 48,009 48,010 48,011 48,012 48,013 2-22 48,026 48,027 48,028 48,029 48,030 48,031 48,032 48,033 48,034 48,035 48,036 48,037 48,038 2-23 48,051 48,052 48,053 48,054 48,055 48,056 48,057 48,058 48,059 48,060 48,061 48,062 48,063 2-24 48,076 48,077 48,078 48,079 48,080 48,081 48,082 48,083 48,084 48,085 48,086 48,087 48,088 2-25 48,101 48,102 48,103 48,104 48,105 48,106 48,107 48,108 48,109 48,110 48,111 48,112 48,113 2-26 48,126 48,127 48,128 48,129 48,130 48,131 48,132 48,133 48,134 48,135 48,136 48,137 48,138 2-27 48,151 48,152 48,153 48,154 48,155 48,156 48,157 48,158 48,159 48,160 48,161 48,162 48,163 2-28 48,176 48,177 48,178 48,179 48,180 48,181 48,182 48,183 48,184 48,185 48,186 48,187 48,188 2-29 48,201 48,202 48,203 48,204 48,205 48,206 48,207 48,208 48,209 48,210 48,211 48,212 48,213 2-30 48,226 48,227 48,228 48,229 48,230 48,231 48,232 48,233 48,234 48,235 48,236 48,237 48,238 2-31 48,251 48,252 48,253 48,254 48,255 48,256 48,257 48,258 48,259 48,260 48,261 48,262 48,263 2-32 48,276 48,277 48,278 48,279 48,280 48,281 48,282 48,283 48,284 48,285 48,286 48,287 48,288 2-33 48,301 48,302 48,303 48,304 48,305 48,306 48,307 48,308 48,309 48,310 48,311 48,312 48,313 2-34 48,326 48,327 48,328 48,329 48,330 48,331 48,332 48,333 48,334 48,335 48,336 48,337 48,338 2-35 48,351 48,352 48,353 48,354 48,355 48,356 48,357 48,358 48,359 48,360 48,361 48,362 48,363 2-36 48,376 48,377 48,378 48,379 48,380 48,381 48,382 48,383 48,384 48,385 48,386 48,387 48,388 2-37 48,401 48,402 48,403 48,404 48,405 48,406 48,407 48,408 48,409 48,410 48,411 48,412 48,413 2-38 48,426 48,427 48,428 48,429 48,430 48,431 48,432 48,433 48,434 48,435 48,436 48,437 48,438 2-39 48,451 48,452 48,453 48,454 48,455 48,456 48,457 48,458 48,459 48,460 48,461 48,462 48,463 2-40 48,476 48,477 48,478 48,479 48,480 48,481 48,482 48,483 48,484 48,485 48,486 48,487 48,488 2-41 48,501 48,502 48,503 48,504 48,505 48,506 48,507 48,508 48,509 48,510 48,511 48,512 48,513 2-42 48,526 48,527 48,528 48,529 48,530 48,531 48,532 48,533 48,534 48,535 48,536 48,537 48,538 2-43 48,551 48,552 48,553 48,554 48,555 48,556 48,557 48,558 48,559 48,560 48,561 48,562 48,563 2-44 48,576 48,577 48,578 48,579 48,580 48,581 48,582 48,583 48,584 48,585 48,586 48,587 48,588 2-45 48,601 48,602 48,603 48,604 48,605 48,606 48,607 48,608 48,609 48,610 48,611 48,612 48,613 2-46 48,626 48,627 48,628 48,629 48,630 48,631 48,632 48,633 48,634 48,635 48,636 48,637 48,638 2-47 48,651 48,652 48,653 48,654 48,655 48,656 48,657 48,658 48,659 48,660 48,661 48,662 48,663 2-48 48,676 48,677 48,678 48,679 48,680 48,681 48,682 48,683 48,684 48,685 48,686 48,687 48,688 2-49 48,701 48,702 48,703 48,704 48,705 48,706 48,707 48,708 48,709 48,710 48,711 48,712 48,713 2-50 48,726 48,727 48,728 48,729 48,730 48,731 48,732 48,733 48,734 48,735 48,736 48,737 48,738 2-51 48,751 48,752 48,753 48,754 48,755 48,756 48,757 48,758 48,759 48,760 48,761 48,762 48,763 2-52 48,776 48,777 48,778 48,779 48,780 48,781 48,782 48,783 48,784 48,785 48,786 48,787 48,788 2-53 48,801 48,802 48,803 48,804 48,805 48,806 48,807 48,808 48,809 48,810 48,811 48,812 48,813 2-54 48,826 48,827 48,828 48,829 48,830 48,831 48,832 48,833 48,834 48,835 48,836 48,837 48,838 2-55 48,851 48,852 48,853 48,854 48,855 48,856 48,857 48,858 48,859 48,860 48,861 48,862 48,863 Compound represented by the formula (1) 1-114 1-115 1-116 1-117 1-118 1-119 1-120 1-121 1-122 1-123 1-124 1-125 Compound 2-1 47,514 47,515 47,516 47,517 47,518 47,519 47,520 47,521 47,522 47,523 47,524 47,525 represented by 2-2 47,539 47,540 47,541 47,542 47,543 47,544 47,545 47,546 47,547 47,548 47,549 47,550 the formula (2) 2-3 47,564 47,565 47,566 47,567 47,568 47,569 47,570 47,571 47,572 47,573 47,574 47,575 2-4 47,589 47,590 47,591 47,592 47,593 47,594 47,595 47,596 47,597 47,598 47,599 47,600 2-5 47,614 47,615 47,616 47,617 47,618 47,619 47,620 47,621 47,622 47,623 47,624 47,625 2-6 47,639 47,640 47,641 47,642 47,643 47,644 47,645 47,646 47,647 47,648 47,649 47,650 2-7 47,664 47,665 47,666 47,667 47,668 47,669 47,670 47,671 47,672 47,673 47,674 47,675 2-8 47,689 47,690 47,691 47,692 47,693 47,694 47,695 47,696 47,697 47,698 47,699 47,700 2-9 47,714 47,715 47,716 47,717 47,718 47,719 47,720 47,721 47,722 47,723 47,724 47,725 2-10 47,739 47,740 47,741 47,742 47,743 47,744 47,745 47,746 47,747 47,748 47,749 47,750 2-11 47,764 47,765 47,766 47,767 47,768 47,769 47,770 47,771 47,772 47,773 47,774 47,775 2-12 47,789 47,790 47,791 47,792 47,793 47,794 47,795 47,796 47,797 47,798 47,799 47,800 2-13 47,814 47,815 47,816 47,817 47,818 47,819 47,820 47,821 47,822 47,823 47,824 47,825 2-14 47,839 47,840 47,841 47,842 47,843 47,844 47,845 47,846 47,847 47,848 47,849 47,850 2-15 47,864 47,865 47,866 47,867 47,868 47,869 47,870 47,871 47,872 47,873 47,874 47,875 2-16 47,889 47,890 47,891 47,892 47,893 47,894 47,895 47,896 47,897 47,898 47,899 47,900 2-17 47,914 47,915 47,916 47,917 47,918 47,919 47,920 47,921 47,922 47,923 47,924 47,925 2-18 47,939 47,940 47,941 47,942 47,943 47,944 47,945 47,946 47,947 47,948 47,949 47,950 2-19 47,964 47,965 47,966 47,967 47,968 47,969 47,970 47,971 47,972 47,973 47,974 47,975 2-20 47,989 47,990 47,991 47,992 47,993 47,994 47,995 47,996 47,997 47,998 47,999 48,000 2-21 48,014 48,015 48,016 48,017 48,018 48,019 48,020 48,021 48,022 48,023 48,024 48,025 2-22 48,039 48,040 48,041 48,042 48,043 48,044 48,045 48,046 48,047 48,048 48,049 48,050 2-23 48,064 48,065 48,066 48,067 48,068 48,069 48,070 48,071 48,072 48,073 48,074 48,075 2-24 48,089 48,090 48,091 48,092 48,093 48,094 48,095 48,096 48,097 48,098 48,099 48,100 2-25 48,114 48,115 48,116 48,117 48,118 48,119 48,120 48,121 48,122 48,123 48,124 48,125 2-26 48,139 48,140 48,141 48,142 48,143 48,144 48,145 48,146 48,147 48,148 48,149 48,150 2-27 48,164 48,165 48,166 48,167 48,168 48,169 48,170 48,171 48,172 48,173 48,174 48,175 2-28 48,189 48,190 48,191 48,192 48,193 48,194 48,195 48,196 48,197 48,198 48,199 48,200 2-29 48,214 48,215 48,216 48,217 48,218 48,219 48,220 48,221 48,222 48,223 48,224 48,225 2-30 48,239 48,240 48,241 48,242 48,243 48,244 48,245 48,246 48,247 48,248 48,249 48,250 2-31 48,264 48,265 48,266 48,267 48,268 48,269 48,270 48,271 48,272 48,273 48,274 48,275 2-32 48,289 48,290 48,291 48,292 48,293 48,294 48,295 48,296 48,297 48,298 48,299 48,300 2-33 48,314 48,315 48,316 48,317 48,318 48,319 48,320 48,321 48,322 48,323 48,324 48,325 2-34 48,339 48,340 48,341 48,342 48,343 48,344 48,345 48,346 48,347 48,348 48,349 48,350 2-35 48,364 48,365 48,366 48,367 48,368 48,369 48,370 48,371 48,372 48,373 48,374 48,375 2-36 48,389 48,390 48,391 48,392 48,393 48,394 48,395 48,396 48,397 48,398 48,399 48,400 2-37 48,414 48,415 48,416 48,417 48,418 48,419 48,420 48,421 48,422 48,423 48,424 48,425 2-38 48,439 48,440 48,441 48,442 48,443 48,444 48,445 48,446 48,447 48,448 48,449 48,450 2-39 48,464 48,465 48,466 48,467 48,468 48,469 48,470 48,471 48,472 48,473 48,474 48,475 2-40 48,489 48,490 48,491 48,492 48,493 48,494 48,495 48,496 48,497 48,498 48,499 48,500 2-41 48,514 48,515 48,516 48,517 48,518 48,519 48,520 48,521 48,522 48,523 48,524 48,525 2-42 48,539 48,540 48,541 48,542 48,543 48,544 48,545 48,546 48,547 48,548 48,549 48,550 2-43 48,564 48,565 48,566 48,567 48,568 48,569 48,570 48,571 48,572 48,573 48,574 48,575 2-44 48,589 48,590 48,591 48,592 48,593 48,594 48,595 48,596 48,597 48,598 48,599 48,600 2-45 48,614 48,615 48,616 48,617 48,618 48,619 48,620 48,621 48,622 48,623 48,624 48,625 2-46 48,639 48,640 48,641 48,642 48,643 48,644 48,645 48,646 48,647 48,648 48,649 48,650 2-47 48,664 48,665 48,666 48,667 48,668 48,669 48,670 48,671 48,672 48,673 48,674 48,675 2-48 48,689 48,690 48,691 48,692 48,693 48,694 48,695 48,696 48,697 48,698 48,699 48,700 2-49 48,714 48,715 48,716 48,717 48,718 48,719 48,720 48,721 48,722 48,723 48,724 48,725 2-50 48,739 48,740 48,741 48,742 48,743 48,744 48,745 48,746 48,747 48,748 48,749 48,750 2-51 48,764 48,765 48,766 48,767 48,768 48,769 48,770 48,771 48,772 48,773 48,774 48,775 2-52 48,789 48,790 48,791 48,792 48,793 48,794 48,795 48,796 48,797 48,798 48,799 48,800 2-53 48,814 48,815 48,816 48,817 48,818 48,819 48,820 48,821 48,822 48,823 48,824 48,825 2-54 48,839 48,840 48,841 48,842 48,843 48,844 48,845 48,846 48,847 48,848 48,849 48,850 2-55 48,864 48,865 48,866 48,867 48,868 48,869 48,870 48,871 48,872 48,873 48,874 48,875

TABLE 38 Compound represented by the formula (1) 1-101 1-102 1-103 1-104 1-105 1-106 1-107 1-108 1-109 1-110 1-111 1-112 1-113 Compound 2-56 48,876 48,877 48,878 48,879 48,880 48,881 48,882 48,883 48,884 48,885 48,886 48,887 48,888 represented 2-57 48,901 48,902 48,903 48,904 48,905 48,906 48,907 48,908 48,909 48,910 48,911 48,912 48,913 by the 2-58 48,926 48,927 48,928 48,929 48,930 48,931 48,932 48,933 48,934 48,935 48,936 48,937 48,938 formula (2) 2-59 48,951 48,952 48,953 48,954 48,955 48,956 48,957 48,958 48,959 48,960 48,961 48,962 48,963 2-60 48,976 48,977 48,978 48,979 48,980 48,981 48,982 48,983 48,984 48,985 48,986 48,987 48,988 2-61 49,001 49,002 49,003 49,004 49,005 49,006 49,007 49,008 49,009 49,010 49,011 49,012 49,013 2-62 49,026 49,027 49,028 49,029 49,030 49,031 49,032 49,033 49,034 49,035 49,036 49,037 49,038 2-63 49,051 49,052 49,053 49,054 49,055 49,056 49,057 49,058 49,059 49,060 49,061 49,062 49,063 2-64 49,076 49,077 49,078 49,079 49,080 49,081 49,082 49,083 49,084 49,085 49,086 49,087 49,088 2-65 49,101 49,102 49,103 49,104 49,105 49,106 49,107 49,108 49,109 49,110 49,111 49,112 49,113 2-66 49,126 49,127 49,128 49,129 49,130 49,131 49,132 49,133 49,134 49,135 49,136 49,137 49,138 2-67 49,151 49,152 49,153 49,154 49,155 49,156 49,157 49,158 49,159 49,160 49,161 49,162 49,163 2-68 49,176 49,177 49,178 49,179 49,180 49,181 49,182 49,183 49,184 49,185 49,186 49,187 49,188 2-69 49,201 49,202 49,203 49,204 49,205 49,206 49,207 49,208 49,209 49,210 49,211 49,212 49,213 2-70 49,226 49,227 49,228 49,229 49,230 49,231 49,232 49,233 49,234 49,235 49,236 49,237 49,238 2-71 49,251 49,252 49,253 49,254 49,255 49,256 49,257 49,258 49,259 49,260 49,261 49,262 49,263 2-72 49,276 49,277 49,278 49,279 49,280 49,281 49,282 49,283 49,284 49,285 49,286 49,287 49,288 2-73 49,301 49,302 49,303 49,304 49,305 49,306 49,307 49,308 49,309 49,310 49,311 49,312 49,313 2-74 49,326 49,327 49,328 49,329 49,330 49,331 49,332 49,333 49,334 49,335 49,336 49,337 49,338 2-75 49,351 49,352 49,353 49,354 49,355 49,356 49,357 49,358 49,359 49,360 49,361 49,362 49,363 2-76 49,376 49,377 49,378 49,379 49,380 49,381 49,382 49,383 49,384 49,385 49,386 49,387 49,388 2-77 49,401 49,402 49,403 49,404 49,405 49,406 49,407 49,408 49,409 49,410 49,411 49,412 49,413 2-78 49,426 49,427 49,428 49,429 49,430 49,431 49,432 49,433 49,434 49,435 49,436 49,437 49,438 2-79 49,451 49,452 49,453 49,454 49,455 49,456 49,457 49,458 49,459 49,460 49,461 49,462 49,463 2-80 49,476 49,477 49,478 49,479 49,480 49,481 49,482 49,483 49,484 49,485 49,486 49,487 49,488 2-81 49,501 49,502 49,503 49,504 49,505 49,506 49,507 49,508 49,509 49,510 49,511 49,512 49,513 2-82 49,526 49,527 49,528 49,529 49,530 49,531 49,532 49,533 49,534 49,535 49,536 49,537 49,538 2-83 49,551 49,552 49,553 49,554 49,555 49,556 49,557 49,558 49,559 49,560 49,561 49,562 49,563 2-84 49,576 49,577 49,578 49,579 49,580 49,581 49,582 49,583 49,584 49,585 49,586 49,587 49,588 2-85 49,601 49,602 49,603 49,604 49,605 49,606 49,607 49,608 49,609 49,610 49,611 49,612 49,613 2-86 49,626 49,627 49,628 49,629 49,630 49,631 49,632 49,633 49,634 49,635 49,636 49,637 49,638 2-87 49,651 49,652 49,653 49,654 49,655 49,656 49,657 49,658 49,659 49,660 49,661 49,662 49,663 2-88 49,676 49,677 49,678 49,679 49,680 49,681 49,682 49,683 49,684 49,685 49,686 49,687 49,688 2-89 49,701 49,702 49,703 49,704 49,705 49,706 49,707 49,708 49,709 49,710 49,711 49,712 49,713 2-90 49,726 49,727 49,728 49,729 49,730 49,731 49,732 49,733 49,734 49,735 49,736 49,737 49,738 2-91 49,751 49,752 49,753 49,754 49,755 49,756 49,757 49,758 49,759 49,760 49,761 49,762 49,763 2-92 49,776 49,777 49,778 49,779 49,780 49,781 49,782 49,783 49,784 49,785 49,786 49,787 49,788 2-93 49,801 49,802 49,803 49,804 49,805 49,806 49,807 49,808 49,809 49,810 49,811 49,812 49,813 2-94 49,826 49,827 49,828 49,829 49,830 49,831 49,832 49,833 49,834 49,835 49,836 49,837 49,838 2-95 49,851 49,852 49,853 49,854 49,855 49,856 49,857 49,858 49,859 49,860 49,861 49,862 49,863 2-96 49,876 49,877 49,878 49,879 49,880 49,881 49,882 49,883 49,884 49,885 49,886 49,887 49,888 2-97 49,901 49,902 49,903 49,904 49,905 49,906 49,907 49,908 49,909 49,910 49,911 49,912 49,913 2-98 49,926 49,927 49,928 49,929 49,930 49,931 49,932 49,933 49,934 49,935 49,936 49,937 49,938 2-99 49,951 49,952 49,953 49,954 49,955 49,956 49,957 49,958 49,959 49,960 49,961 49,962 49,963 2-100 49,976 49,977 49,978 49,979 49,980 49,981 49,982 49,983 49,984 49,985 49,986 49,987 49,988 2-101 50,001 50,002 50,003 50,004 50,005 50,006 50,007 50,008 50,009 50,010 50,011 50,012 50,013 2-102 50,026 50,027 50,028 50,029 50,030 50,031 50,032 50,033 50,034 50,035 50,036 50,037 50,038 2-103 50,051 50,052 50,053 50,054 50,055 50,056 50,057 50,058 50,059 50,060 50,061 50,062 50,063 2-104 50,076 50,077 50,078 50,079 50,080 50,081 50,082 50,083 50,084 50,085 50,086 50,087 50,088 2-105 50,101 50,102 50,103 50,104 50,105 50,106 50,107 50,108 50,109 50,110 50,111 50,112 50,113 2-106 50,126 50,127 50,128 50,129 50,130 50,131 50,132 50,133 50,134 50,135 50,136 50,137 50,138 2-107 50,151 50,152 50,153 50,154 50,155 50,156 50,157 50,158 50,159 50,160 50,161 50,162 50,163 2-108 50,176 50,177 50,178 50,179 50,180 50,181 50,182 50,183 50,184 50,185 50,186 50,187 50,188 2-109 50,201 50,202 50,203 50,204 50,205 50,206 50,207 50,208 50,209 50,210 50,211 50,212 50,213 2-110 50,226 50,227 50,228 50,229 50,230 50,231 50,232 50,233 50,234 50,235 50,236 50,237 50,238 Compound represented by the formula (1) 1-114 1-115 1-116 1-117 1-118 1-119 1-120 1-121 1-122 1-123 1-124 1-125 Compound 2-56 48,889 48,890 48,891 48,892 48,893 48,894 48,895 48,896 48,897 48,898 48,899 48,900 represented by the 2-57 48,914 48,915 48,916 48,917 48,918 48,919 48,920 48,921 48,922 48,923 48,924 48,925 formula (2) 2-58 48,939 48,940 48,941 48,942 48,943 48,944 48,945 48,946 48,947 48,948 48,949 48,950 2-59 48,964 48,965 48,966 48,967 48,968 48,969 48,970 48,971 48,972 48,973 48,974 48,975 2-60 48,989 48,990 48,991 48,992 48,993 48,994 48,995 48,996 48,997 48,998 48,999 49,000 2-61 49,014 49,015 49,016 49,017 49,018 49,019 49,020 49,021 49,022 49,023 49,024 49,025 2-62 49,039 49,040 49,041 49,042 49,043 49,044 49,045 49,046 49,047 49,048 49,049 49,050 2-63 49,064 49,065 49,066 49,067 49,068 49,069 49,070 49,071 49,072 49,073 49,074 49,075 2-64 49,089 49,090 49,091 49,092 49,093 49,094 49,095 49,096 49,097 49,098 49,099 49,100 2-65 49,114 49,115 49,116 49,117 49,118 49,119 49,120 49,121 49,122 49,123 49,124 49,125 2-66 49,139 49,140 49,141 49,142 49,143 49,144 49,145 49,146 49,147 49,148 49,149 49,150 2-67 49,164 49,165 49,166 49,167 49,168 49,169 49,170 49,171 49,172 49,173 49,174 49,175 2-68 49,189 49,190 49,191 49,192 49,193 49,194 49,195 49,196 49,197 49,198 49,199 49,200 2-69 49,214 49,215 49,216 49,217 49,218 49,219 49,220 49,221 49,222 49,223 49,224 49,225 2-70 49,239 49,240 49,241 49,242 49,243 49,244 49,245 49,246 49,247 49,248 49,249 49,250 2-71 49,264 49,265 49,266 49,267 49,268 49,269 49,270 49,271 49,272 49,273 49,274 49,275 2-72 49,289 49,290 49,291 49,292 49,293 49,294 49,295 49,296 49,297 49,298 49,299 49,300 2-73 49,314 49,315 49,316 49,317 49,318 49,319 49,320 49,321 49,322 49,323 49,324 49,325 2-74 49,339 49,340 49,341 49,342 49,343 49,344 49,345 49,346 49,347 49,348 49,349 49,350 2-75 49,364 49,365 49,366 49,367 49,368 49,369 49,370 49,371 49,372 49,373 49,374 49,375 2-76 49,389 49,390 49,391 49,392 49,393 49,394 49,395 49,396 49,397 49,398 49,399 49,400 2-77 49,414 49,415 49,416 49,417 49,418 49,419 49,420 49,421 49,422 49,423 49,424 49,425 2-78 49,439 49,440 49,441 49,442 49,443 49,444 49,445 49,446 49,447 49,448 49,449 49,450 2-79 49,464 49,465 49,466 49,467 49,468 49,469 49,470 49,471 49,472 49,473 49,474 49,475 2-80 49,489 49,490 49,491 49,492 49,493 49,494 49,495 49,496 49,497 49,498 49,499 49,500 2-81 49,514 49,515 49,516 49,517 49,518 49,519 49,520 49,521 49,522 49,523 49,524 49,525 2-82 49,539 49,540 49,541 49,542 49,543 49,544 49,545 49,546 49,547 49,548 49,549 49,550 2-83 49,564 49,565 49,566 49,567 49,568 49,569 49,570 49,571 49,572 49,573 49,574 49,575 2-84 49,589 49,590 49,591 49,592 49,593 49,594 49,595 49,596 49,597 49,598 49,599 49,600 2-85 49,614 49,615 49,616 49,617 49,618 49,619 49,620 49,621 49,622 49,623 49,624 49,625 2-86 49,639 49,640 49,641 49,642 49,643 49,644 49,645 49,646 49,647 49,648 49,649 49,650 2-87 49,664 49,665 49,666 49,667 49,668 49,669 49,670 49,671 49,672 49,673 49,674 49,675 2-88 49,689 49,690 49,691 49,692 49,693 49,694 49,695 49,696 49,697 49,698 49,699 49,700 2-89 49,714 49,715 49,716 49,717 49,718 49,719 49,720 49,721 49,722 49,723 49,724 49,725 2-90 49,739 49,740 49,741 49,742 49,743 49,744 49,745 49,746 49,747 49,748 49,749 49,750 2-91 49,764 49,765 49,766 49,767 49,768 49,769 49,770 49,771 49,772 49,773 49,774 49,775 2-92 49,789 49,790 49,791 49,792 49,793 49,794 49,795 49,796 49,797 49,798 49,799 49,800 2-93 49,814 49,815 49,816 49,817 49,818 49,819 49,820 49,821 49,822 49,823 49,824 49,825 2-94 49,839 49,840 49,841 49,842 49,843 49,844 49,845 49,846 49,847 49,848 49,849 49,850 2-95 49,864 49,865 49,866 49,867 49,868 49,869 49,870 49,871 49,872 49,873 49,874 49,875 2-96 49,889 49,890 49,891 49,892 49,893 49,894 49,895 49,896 49,897 49,898 49,899 49,900 2-97 49,914 49,915 49,916 49,917 49,918 49,919 49,920 49,921 49,922 49,923 49,924 49,925 2-98 49,939 49,940 49,941 49,942 49,943 49,944 49,945 49,946 49,947 49,948 49,949 49,950 2-99 49,964 49,965 49,966 49,967 49,968 49,969 49,970 49,971 49,972 49,973 49,974 49,975 2-100 49,989 49,990 49,991 49,992 49,993 49,994 49,995 49,996 49,997 49,998 49,999 50,000 2-101 50,014 50,015 50,016 50,017 50,018 50,019 50,020 50,021 50,022 50,023 50,024 50,025 2-102 50,039 50,040 50,041 50,042 50,043 50,044 50,045 50,046 50,047 50,048 50,049 50,050 2-103 50,064 50,065 50,066 50,067 50,068 50,069 50,070 50,071 50,072 50,073 50,074 50,075 2-104 50,089 50,090 50,091 50,092 50,093 50,094 50,095 50,096 50,097 50,098 50,099 50,100 2-105 50,114 50,115 50,116 50,117 50,118 50,119 50,120 50,121 50,122 50,123 50,124 50,125 2-106 50,139 50,140 50,141 50,142 50,143 50,144 50,145 50,146 50,147 50,148 50,149 50,150 2-107 50,164 50,165 50,166 50,167 50,168 50,169 50,170 50,171 50,172 50,173 50,174 50,175 2-108 50,189 50,190 50,191 50,192 50,193 50,194 50,195 50,196 50,197 50,198 50,199 50,200 2-109 50,214 50,215 50,216 50,217 50,218 50,219 50,220 50,221 50,222 50,223 50,224 50,225 2-110 50,239 50,240 50,241 50,242 50,243 50,244 50,245 50,246 50,247 50,248 50,249 50,250

TABLE 39 Compound represented by the formula (1) 1-101 1-102 1-103 1-104 1-105 1-106 1-107 1-108 1-109 1-110 1-111 1-112 1-113 Compound 2-111 50,251 50,252 50,253 50,254 50,255 50,256 50,257 50,258 50,259 50,260 50,261 50,262 50,263 represented 2-112 50,276 50,277 50,278 50,279 50,280 50,281 50,282 50,283 50,284 50,285 50,286 50,287 50,288 by the 2-113 50,301 50,302 50,303 50,304 50,305 50,306 50,307 50,308 50,309 50,310 50,311 50,312 50,313 formula (2) 2-114 50,326 50,327 50,328 50,329 50,330 50,331 50,332 50,333 50,334 50,335 50,336 50,337 50,338 2-115 50,351 50,352 50,353 50,354 50,355 50,356 50,357 50,358 50,359 50,360 50,361 50,362 50,363 2-116 50,376 50,377 50,378 50,379 50,380 50,381 50,382 50,383 50,384 50,385 50,386 50,387 50,388 2-117 50,401 50,402 50,403 50,404 50,405 50,406 50,407 50,408 50,409 50,410 50,411 50,412 50,413 2-118 50,426 50,427 50,428 50,429 50,430 50,431 50,432 50,433 50,434 50,435 50,436 50,437 50,438 2-119 50,451 50,452 50,453 50,454 50,455 50,456 50,457 50,458 50,459 50,460 50,461 50,462 50,463 2-120 50,476 50,477 50,478 50,479 50,480 50,481 50,482 50,483 50,484 50,485 50,486 50,487 50,488 2-121 50,501 50,502 50,503 50,504 50,505 50,506 50,507 50,508 50,509 50,510 50,511 50,512 50,513 2-122 50,526 50,527 50,528 50,529 50,530 50,531 50,532 50,533 50,534 50,535 50,536 50,537 50,538 2-123 50,551 50,552 50,553 50,554 50,555 50,556 50,557 50,558 50,559 50,560 50,561 50,562 50,563 2-124 50,576 50,577 50,578 50,579 50,580 50,581 50,582 50,583 50,584 50,585 50,586 50,587 50,588 2-125 50,601 50,602 50,603 50,604 50,605 50,606 50,607 50,608 50,609 50,610 50,611 50,612 50,613 2-126 50,626 50,627 50,628 50,629 50,630 50,631 50,632 50,633 50,634 50,635 50,636 50,637 50,638 2-127 50,651 50,652 50,653 50,654 50,655 50,656 50,657 50,658 50,659 50,660 50,661 50,662 50,663 2-128 50,676 50,677 50,678 50,679 50,680 50,681 50,682 50,683 50,684 50,685 50,686 50,687 50,688 2-129 50,701 50,702 50,703 50,704 50,705 50,706 50,707 50,708 50,709 50,710 50,711 50,712 50,713 2-130 50,726 50,727 50,728 50,729 50,730 50,731 50,732 50,733 50,734 50,735 50,736 50,737 50,738 2-131 50,751 50,752 50,753 50,754 50,755 50,756 50,757 50,758 50,759 50,760 50,761 50,762 50,763 2-132 50,776 50,777 50,778 50,779 50,780 50,781 50,782 50,783 50,784 50,785 50,786 50,787 50,788 2-133 50,801 50,802 50,803 50,804 50,805 50,806 50,807 50,808 50,809 50,810 50,811 50,812 50,813 2-134 50,826 50,827 50,828 50,829 50,830 50,831 50,832 50,833 50,834 50,835 50,836 50,837 50,838 2-135 50,851 50,852 50,853 50,854 50,855 50,856 50,857 50,858 50,859 50,860 50,861 50,862 50,863 2-136 50,876 50,877 50,878 50,879 50,880 50,881 50,882 50,883 50,884 50,885 50,886 50,887 50,888 2-137 50,901 50,902 50,903 50,904 50,905 50,906 50,907 50,908 50,909 50,910 50,911 50,912 50,913 2-138 50,926 50,927 50,928 50,929 50,930 50,931 50,932 50,933 50,934 50,935 50,936 50,937 50,938 2-139 50,951 50,952 50,953 50,954 50,955 50,956 50,957 50,958 50,959 50,960 50,961 50,962 50,963 2-140 50,976 50,977 50,978 50,979 50,980 50,981 50,982 50,983 50,984 50,985 50,986 50,987 50,988 2-141 51,001 51,002 51,003 51,004 51,005 51,006 51,007 51,008 51,009 51,010 51,011 51,012 51,013 2-142 51,026 51,027 51,028 51,029 51,030 51,031 51,032 51,033 51,034 51,035 51,036 51,037 51,038 2-143 51,051 51,052 51,053 51,054 51,055 51,056 51,057 51,058 51,059 51,060 51,061 51,062 51,063 2-144 51,076 51,077 51,078 51,079 51,080 51,081 51,082 51,083 51,084 51,085 51,086 51,087 51,088 2-145 51,101 51,102 51,103 51,104 51,105 51,106 51,107 51,108 51,109 51,110 51,111 51,112 51,113 2-146 51,126 51,127 51,128 51,129 51,130 51,131 51,132 51,133 51,134 51,135 51,136 51,137 51,138 2-147 51,151 51,152 51,153 51,154 51,155 51,156 51,157 51,158 51,159 51,160 51,161 51,162 51,163 2-148 51,176 51,177 51,178 51,179 51,180 51,181 51,182 51,183 51,184 51,185 51,186 51,187 51,188 2-149 51,201 51,202 51,203 51,204 51,205 51,206 51,207 51,208 51,209 51,210 51,211 51,212 51,213 2-150 51,226 51,227 51,228 51,229 51,230 51,231 51,232 51,233 51,234 51,235 51,236 51,237 51,238 2-151 51,251 51,252 51,253 51,254 51,255 51,256 51,257 51,258 51,259 51,260 51,261 51,262 51,263 2-152 51,276 51,277 51,278 51,279 51,280 51,281 51,282 51,283 51,284 51,285 51,286 51,287 51,288 2-153 51,301 51,302 51,303 51,304 51,305 51,306 51,307 51,308 51,309 51,310 51,311 51,312 51,313 2-154 51,326 51,327 51,328 51,329 51,330 51,331 51,332 51,333 51,334 51,335 51,336 51,337 51,338 2-155 51,351 51,352 51,353 51,354 51,355 51,356 51,357 51,358 51,359 51,360 51,361 51,362 51,363 2-156 51,376 51,377 51,378 51,379 51,380 51,381 51,382 51,383 51,384 51,385 51,386 51,387 51,388 2-157 51,401 51,402 51,403 51,404 51,405 51,406 51,407 51,408 51,409 51,410 51,411 51,412 51,413 2-158 51,426 51,427 51,428 51,429 51,430 51,431 51,432 51,433 51,434 51,435 51,436 51,437 51,438 2-159 51,451 51,452 51,453 51,454 51,455 51,456 51,457 51,458 51,459 51,460 51,461 51,462 51,463 2-160 51,476 51,477 51,478 51,479 51,480 51,481 51,482 51,483 51,484 51,485 51,486 51,487 51,488 2-161 51,501 51,502 51,503 51,504 51,505 51,506 51,507 51,508 51,509 51,510 51,511 51,512 51,513 2-162 51,526 51,527 51,528 51,529 51,530 51,531 51,532 51,533 51,534 51,535 51,536 51,537 51,538 2-163 51,551 51,552 51,553 51,554 51,555 51,556 51,557 51,558 51,559 51,560 51,561 51,562 51,563 2-164 51,576 51,577 51,578 51,579 51,580 51,581 51,582 51,583 51,584 51,585 51,586 51,587 51,588 2-165 51,601 51,602 51,603 51,604 51,605 51,606 51,607 51,608 51,609 51,610 51,611 51,612 51,613 Compound represented by the formula (1) 1-114 1-115 1-116 1-117 1-118 1-119 1-120 1-121 1-122 1-123 1-124 1-125 Compound 2-111 50,264 50,265 50,266 50,267 50,268 50,269 50,270 50,271 50,272 50,273 50,274 50,275 represented by the 2-112 50,289 50,290 50,291 50,292 50,293 50,294 50,295 50,296 50,297 50,298 50,299 50,300 formula (2) 2-113 50,314 50,315 50,316 50,317 50,318 50,319 50,320 50,321 50,322 50,323 50,324 50,325 2-114 50,339 50,340 50,341 50,342 50,343 50,344 50,345 50,346 50,347 50,348 50,349 50,350 2-115 50,364 50,365 50,366 50,367 50,368 50,369 50,370 50,371 50,372 50,373 50,374 50,375 2-116 50,389 50,390 50,391 50,392 50,393 50,394 50,395 50,396 50,397 50,398 50,399 50,400 2-117 50,414 50,415 50,416 50,417 50,418 50,419 50,420 50,421 50,422 50,423 50,424 50,425 2-118 50,439 50,440 50,441 50,442 50,443 50,444 50,445 50,446 50,447 50,448 50,449 50,450 2-119 50,464 50,465 50,466 50,467 50,468 50,469 50,470 50,471 50,472 50,473 50,474 50,475 2-120 50,489 50,490 50,491 50,492 50,493 50,494 50,495 50,496 50,497 50,498 50,499 50,500 2-121 50,514 50,515 50,516 50,517 50,518 50,519 50,520 50,521 50,522 50,523 50,524 50,525 2-122 50,539 50,540 50,541 50,542 50,543 50,544 50,545 50,546 50,547 50,548 50,549 50,550 2-123 50,564 50,565 50,566 50,567 50,568 50,569 50,570 50,571 50,572 50,573 50,574 50,575 2-124 50,589 50,590 50,591 50,592 50,593 50,594 50,595 50,596 50,597 50,598 50,599 50,600 2-125 50,614 50,615 50,616 50,617 50,618 50,619 50,620 50,621 50,622 50,623 50,624 50,625 2-126 50,639 50,640 50,641 50,642 50,643 50,644 50,645 50,646 50,647 50,648 50,649 50,650 2-127 50,664 50,665 50,666 50,667 50,668 50,669 50,670 50,671 50,672 50,673 50,674 50,675 2-128 50,689 50,690 50,691 50,692 50,693 50,694 50,695 50,696 50,697 50,698 50,699 50,700 2-129 50,714 50,715 50,716 50,717 50,718 50,719 50,720 50,721 50,722 50,723 50,724 50,725 2-130 50,739 50,740 50,741 50,742 50,743 50,744 50,745 50,746 50,747 50,748 50,749 50,750 2-131 50,764 50,765 50,766 50,767 50,768 50,769 50,770 50,771 50,772 50,773 50,774 50,775 2-132 50,789 50,790 50,791 50,792 50,793 50,794 50,795 50,796 50,797 50,798 50,799 50,800 2-133 50,814 50,815 50,816 50,817 50,818 50,819 50,820 50,821 50,822 50,823 50,824 50,825 2-134 50,839 50,840 50,841 50,842 50,843 50,844 50,845 50,846 50,847 50,848 50,849 50,850 2-135 50,864 50,865 50,866 50,867 50,868 50,869 50,870 50,871 50,872 50,873 50,874 50,875 2-136 50,889 50,890 50,891 50,892 50,893 50,894 50,895 50,896 50,897 50,898 50,899 50,900 2-137 50,914 50,915 50,916 50,917 50,918 50,919 50,920 50,921 50,922 50,923 50,924 50,925 2-138 50,939 50,940 50,941 50,942 50,943 50,944 50,945 50,946 50,947 50,948 50,949 50,950 2-139 50,964 50,965 50,966 50,967 50,968 50,969 50,970 50,971 50,972 50,973 50,974 50,975 2-140 50,989 50,990 50,991 50,992 50,993 50,994 50,995 50,996 50,997 50,998 50,999 51,000 2-141 51,014 51,015 51,016 51,017 51,018 51,019 51,020 51,021 51,022 51,023 51,024 51,025 2-142 51,039 51,040 51,041 51,042 51,043 51,044 51,045 51,046 51,047 51,048 51,049 51,050 2-143 51,064 51,065 51,066 51,067 51,068 51,069 51,070 51,071 51,072 51,073 51,074 51,075 2-144 51,089 51,090 51,091 51,092 51,093 51,094 51,095 51,096 51,097 51,098 51,099 51,100 2-145 51,114 51,115 51,116 51,117 51,118 51,119 51,120 51,121 51,122 51,123 51,124 51,125 2-146 51,139 51,140 51,141 51,142 51,143 51,144 51,145 51,146 51,147 51,148 51,149 51,150 2-147 51,164 51,165 51,166 51,167 51,168 51,169 51,170 51,171 51,172 51,173 51,174 51,175 2-148 51,189 51,190 51,191 51,192 51,193 51,194 51,195 51,196 51,197 51,198 51,199 51,200 2-149 51,214 51,215 51,216 51,217 51,218 51,219 51,220 51,221 51,222 51,223 51,224 51,225 2-150 51,239 51,240 51,241 51,242 51,243 51,244 51,245 51,246 51,247 51,248 51,249 51,250 2-151 51,264 51,265 51,266 51,267 51,268 51,269 51,270 51,271 51,272 51,273 51,274 51,275 2-152 51,289 51,290 51,291 51,292 51,293 51,294 51,295 51,296 51,297 51,298 51,299 51,300 2-153 51,314 51,315 51,316 51,317 51,318 51,319 51,320 51,321 51,322 51,323 51,324 51,325 2-154 51,339 51,340 51,341 51,342 51,343 51,344 51,345 51,346 51,347 51,348 51,349 51,350 2-155 51,364 51,365 51,366 51,367 51,368 51,369 51,370 51,371 51,372 51,373 51,374 51,375 2-156 51,389 51,390 51,391 51,392 51,393 51,394 51,395 51,396 51,397 51,398 51,399 51,400 2-157 51,414 51,415 51,416 51,417 51,418 51,419 51,420 51,421 51,422 51,423 51,424 51,425 2-158 51,439 51,440 51,441 51,442 51,443 51,444 51,445 51,446 51,447 51,448 51,449 51,450 2-159 51,464 51,465 51,466 51,467 51,468 51,469 51,470 51,471 51,472 51,473 51,474 51,475 2-160 51,489 51,490 51,491 51,492 51,493 51,494 51,495 51,496 51,497 51,498 51,499 51,500 2-161 51,514 51,515 51,516 51,517 51,518 51,519 51,520 51,521 51,522 51,523 51,524 51,525 2-162 51,539 51,540 51,541 51,542 51,543 51,544 51,545 51,546 51,547 51,548 51,549 51,550 2-163 51,564 51,565 51,566 51,567 51,568 51,569 51,570 51,571 51,572 51,573 51,574 51,575 2-164 51,589 51,590 51,591 51,592 51,593 51,594 51,595 51,596 51,597 51,598 51,599 51,600 2-165 51,614 51,615 51,616 51,617 51,618 51,619 51,620 51,621 51,622 51,623 51,624 51,625

TABLE 40 Compound represented by the formula (1) 1-101 1-102 1-103 1-104 1-105 1-106 1-107 1-108 1-109 1-110 1-111 1-112 1-113 Compound 2-166 51,626 51,627 51,628 51,629 51,630 51,631 51,632 51,633 51,634 51,635 51,636 51,637 51,638 represented 2-167 51,651 51,652 51,653 51,654 51,655 51,656 51,657 51,658 51,659 51,660 51,661 51,662 51,663 by the 2-168 51,676 51,677 51,678 51,679 51,680 51,681 51,682 51,683 51,684 51,685 51,686 51,687 51,688 formula (2) 2-169 51,701 51,702 51,703 51,704 51,705 51,706 51,707 51,708 51,709 51,710 51,711 51,712 51,713 2-170 51,726 51,727 51,728 51,729 51,730 51,731 51,732 51,733 51,734 51,735 51,736 51,737 51,738 2-171 51,751 51,752 51,753 51,754 51,755 51,756 51,757 51,758 51,759 51,760 51,761 51,762 51,763 2-172 51,776 51,777 51,778 51,779 51,780 51,781 51,782 51,783 51,784 51,785 51,786 51,787 51,788 2-173 51,801 51,802 51,803 51,804 51,805 51,806 51,807 51,808 51,809 51,810 51,811 51,812 51,813 2-174 51,826 51,827 51,828 51,829 51,830 51,831 51,832 51,833 51,834 51,835 51,836 51,837 51,838 2-175 51,851 51,852 51,853 51,854 51,855 51,856 51,857 51,858 51,859 51,860 51,861 51,862 51,863 2-176 51,876 51,877 51,878 51,879 51,880 51,881 51,882 51,883 51,884 51,885 51,886 51,887 51,888 2-177 51,901 51,902 51,903 51,904 51,905 51,906 51,907 51,908 51,909 51,910 51,911 51,912 51,913 2-178 51,926 51,927 51,928 51,929 51,930 51,931 51,932 51,933 51,934 51,935 51,936 51,937 51,938 2-179 51,951 51,952 51,953 51,954 51,955 51,956 51,957 51,958 51,959 51,960 51,961 51,962 51,963 2-180 51,976 51,977 51,978 51,979 51,980 51,981 51,982 51,983 51,984 51,985 51,986 51,987 51,988 2-181 52,001 52,002 52,003 52,004 52,005 52,006 52,007 52,008 52,009 52,010 52,011 52,012 52,013 2-182 52,026 52,027 52,028 52,029 52,030 52,031 52,032 52,033 52,034 52,035 52,036 52,037 52,038 2-183 52,051 52,052 52,053 52,054 52,055 52,056 52,057 52,058 52,059 52,060 52,061 52,062 52,063 2-184 52,076 52,077 52,078 52,079 52,080 52,081 52,082 52,083 52,084 52,085 52,086 52,087 52,088 2-185 52,101 52,102 52,103 52,104 52,105 52,106 52,107 52,108 52,109 52,110 52,111 52,112 52,113 2-186 52,126 52,127 52,128 52,129 52,130 52,131 52,132 52,133 52,134 52,135 52,136 52,137 52,138 2-187 52,151 52,152 52,153 52,154 52,155 52,156 52,157 52,158 52,159 52,160 52,161 52,162 52,163 2-188 52,176 52,177 52,178 52,179 52,180 52,181 52,182 52,183 52,184 52,185 52,186 52,187 52,188 2-189 52,201 52,202 52,203 52,204 52,205 52,206 52,207 52,208 52,209 52,210 52,211 52,212 52,213 2-190 52,226 52,227 52,228 52,229 52,230 52,231 52,232 52,233 52,234 52,235 52,236 52,237 52,238 2-191 52,251 52,252 52,253 52,254 52,255 52,256 52,257 52,258 52,259 52,260 52,261 52,262 52,263 2-192 52,276 52,277 52,278 52,279 52,280 52,281 52,282 52,283 52,284 52,285 52,286 52,287 52,288 2-193 52,301 52,302 52,303 52,304 52,305 52,306 52,307 52,308 52,309 52,310 52,311 52,312 52,313 2-194 52,326 52,327 52,328 52,329 52,330 52,331 52,332 52,333 52,334 52,335 52,336 52,337 52,338 2-195 52,351 52,352 52,353 52,354 52,355 52,356 52,357 52,358 52,359 52,360 52,361 52,362 52,363 2-196 52,376 52,377 52,378 52,379 52,380 52,381 52,382 52,383 52,384 52,385 52,386 52,387 52,388 2-197 52,401 52,402 52,403 52,404 52,405 52,406 52,407 52,408 52,409 52,410 52,411 52,412 52,413 2-198 52,426 52,427 52,428 52,429 52,430 52,431 52,432 52,433 52,434 52,435 52,436 52,437 52,438 2-199 52,451 52,452 52,453 52,454 52,455 52,456 52,457 52,458 52,459 52,460 52,461 52,462 52,463 2-200 52,476 52,477 52,478 52,479 52,480 52,481 52,482 52,483 52,484 52,485 52,486 52,487 52,488 2-201 52,501 52,502 52,503 52,504 52,505 52,506 52,507 52,508 52,509 52,510 52,511 52,512 52,513 2-202 52,526 52,527 52,528 52,529 52,530 52,531 52,532 52,533 52,534 52,535 52,536 52,537 52,538 2-203 52,551 52,552 52,553 52,554 52,555 52,556 52,557 52,558 52,559 52,560 52,561 52,562 52,563 2-204 52,576 52,577 52,578 52,579 52,580 52,581 52,582 52,583 52,584 52,585 52,586 52,587 52,588 2-205 52,601 52,602 52,603 52,604 52,605 52,606 52,607 52,608 52,609 52,610 52,611 52,612 52,613 2-206 52,626 52,627 52,628 52,629 52,630 52,631 52,632 52,633 52,634 52,635 52,636 52,637 52,638 2-207 52,651 52,652 52,653 52,654 52,655 52,656 52,657 52,658 52,659 52,660 52,661 52,662 52,663 2-208 52,676 52,677 52,678 52,679 52,680 52,681 52,682 52,683 52,684 52,685 52,686 52,687 52,688 2-209 52,701 52,702 52,703 52,704 52,705 52,706 52,707 52,708 52,709 52,710 52,711 52,712 52,713 2-210 52,726 52,727 52,728 52,729 52,730 52,731 52,732 52,733 52,734 52,735 52,736 52,737 52,738 2-211 52,751 52,752 52,753 52,754 52,755 52,756 52,757 52,758 52,759 52,760 52,761 52,762 52,763 2-212 52,776 52,777 52,778 52,779 52,780 52,781 52,782 52,783 52,784 52,785 52,786 52,787 52,788 2-213 52,801 52,802 52,803 52,804 52,805 52,806 52,807 52,808 52,809 52,810 52,811 52,812 52,813 2-214 52,826 52,827 52,828 52,829 52,830 52,831 52,832 52,833 52,834 52,835 52,836 52,837 52,838 2-215 52,851 52,852 52,853 52,854 52,855 52,856 52,857 52,858 52,859 52,860 52,861 52,862 52,863 2-216 52,876 52,877 52,878 52,879 52,880 52,881 52,882 52,883 52,884 52,885 52,886 52,887 52,888 2-217 52,901 52,902 52,903 52,904 52,905 52,906 52,907 52,908 52,909 52,910 52,911 52,912 52,913 2-218 52,926 52,927 52,928 52,929 52,930 52,931 52,932 52,933 52,934 52,935 52,936 52,937 52,938 2-219 52,951 52,952 52,953 52,954 52,955 52,956 52,957 52,958 52,959 52,960 52,961 52,962 52,963 2-220 52,976 52,977 52,978 52,979 52,980 52,981 52,982 52,983 52,984 52,985 52,986 52,987 52,988 Compound represented by the formula (1) 1-114 1-115 1-116 1-117 1-118 1-119 1-120 1-121 1-122 1-123 1-124 1-125 Compound 2-166 51,639 51,640 51,641 51,642 51,643 51,644 51,645 51,646 51,647 51,648 51,649 51,650 represented by the 2-167 51,664 51,665 51,666 51,667 51,668 51,669 51,670 51,671 51,672 51,673 51,674 51,675 formula (2) 2-168 51,689 51,690 51,691 51,692 51,693 51,694 51,695 51,696 51,697 51,698 51,699 51,700 2-169 51,714 51,715 51,716 51,717 51,718 51,719 51,720 51,721 51,722 51,723 51,724 51,725 2-170 51,739 51,740 51,741 51,742 51,743 51,744 51,745 51,746 51,747 51,748 51,749 51,750 2-171 51,764 51,765 51,766 51,767 51,768 51,769 51,770 51,771 51,772 51,773 51,774 51,775 2-172 51,789 51,790 51,791 51,792 51,793 51,794 51,795 51,796 51,797 51,798 51,799 51,800 2-173 51,814 51,815 51,816 51,817 51,818 51,819 51,820 51,821 51,822 51,823 51,824 51,825 2-174 51,839 51,840 51,841 51,842 51,843 51,844 51,845 51,846 51,847 51,848 51,849 51,850 2-175 51,864 51,865 51,866 51,867 51,868 51,869 51,870 51,871 51,872 51,873 51,874 51,875 2-176 51,889 51,890 51,891 51,892 51,893 51,894 51,895 51,896 51,897 51,898 51,899 51,900 2-177 51,914 51,915 51,916 51,917 51,918 51,919 51,920 51,921 51,922 51,923 51,924 51,925 2-178 51,939 51,940 51,941 51,942 51,943 51,944 51,945 51,946 51,947 51,948 51,949 51,950 2-179 51,964 51,965 51,966 51,967 51,968 51,969 51,970 51,971 51,972 51,973 51,974 51,975 2-180 51,989 51,990 51,991 51,992 51,993 51,994 51,995 51,996 51,997 51,998 51,999 52,000 2-181 52,014 52,015 52,016 52,017 52,018 52,019 52,020 52,021 52,022 52,023 52,024 52,025 2-182 52,039 52,040 52,041 52,042 52,043 52,044 52,045 52,046 52,047 52,048 52,049 52,050 2-183 52,064 52,065 52,066 52,067 52,068 52,069 52,070 52,071 52,072 52,073 52,074 52,075 2-184 52,089 52,090 52,091 52,092 52,093 52,094 52,095 52,096 52,097 52,098 52,099 52,100 2-185 52,114 52,115 52,116 52,117 52,118 52,119 52,120 52,121 52,122 52,123 52,124 52,125 2-186 52,139 52,140 52,141 52,142 52,143 52,144 52,145 52,146 52,147 52,148 52,149 52,150 2-187 52,164 52,165 52,166 52,167 52,168 52,169 52,170 52,171 52,172 52,173 52,174 52,175 2-188 52,189 52,190 52,191 52,192 52,193 52,194 52,195 52,196 52,197 52,198 52,199 52,200 2-189 52,214 52,215 52,216 52,217 52,218 52,219 52,220 52,221 52,222 52,223 52,224 52,225 2-190 52,239 52,240 52,241 52,242 52,243 52,244 52,245 52,246 52,247 52,248 52,249 52,250 2-191 52,264 52,265 52,266 52,267 52,268 52,269 52,270 52,271 52,272 52,273 52,274 52,275 2-192 52,289 52,290 52,291 52,292 52,293 52,294 52,295 52,296 52,297 52,298 52,299 52,300 2-193 52,314 52,315 52,316 52,317 52,318 52,319 52,320 52,321 52,322 52,323 52,324 52,325 2-194 52,339 52,340 52,341 52,342 52,343 52,344 52,345 52,346 52,347 52,348 52,349 52,350 2-195 52,364 52,365 52,366 52,367 52,368 52,369 52,370 52,371 52,372 52,373 52,374 52,375 2-196 52,389 52,390 52,391 52,392 52,393 52,394 52,395 52,396 52,397 52,398 52,399 52,400 2-197 52,414 52,415 52,416 52,417 52,418 52,419 52,420 52,421 52,422 52,423 52,424 52,425 2-198 52,439 52,440 52,441 52,442 52,443 52,444 52,445 52,446 52,447 52,448 52,449 52,450 2-199 52,464 52,465 52,466 52,467 52,468 52,469 52,470 52,471 52,472 52,473 52,474 52,475 2-200 52,489 52,490 52,491 52,492 52,493 52,494 52,495 52,496 52,497 52,498 52,499 52,500 2-201 52,514 52,515 52,516 52,517 52,518 52,519 52,520 52,521 52,522 52,523 52,524 52,525 2-202 52,539 52,540 52,541 52,542 52,543 52,544 52,545 52,546 52,547 52,548 52,549 52,550 2-203 52,564 52,565 52,566 52,567 52,568 52,569 52,570 52,571 52,572 52,573 52,574 52,575 2-204 52,589 52,590 52,591 52,592 52,593 52,594 52,595 52,596 52,597 52,598 52,599 52,600 2-205 52,614 52,615 52,616 52,617 52,618 52,619 52,620 52,621 52,622 52,623 52,624 52,625 2-206 52,639 52,640 52,641 52,642 52,643 52,644 52,645 52,646 52,647 52,648 52,649 52,650 2-207 52,664 52,665 52,666 52,667 52,668 52,669 52,670 52,671 52,672 52,673 52,674 52,675 2-208 52,689 52,690 52,691 52,692 52,693 52,694 52,695 52,696 52,697 52,698 52,699 52,700 2-209 52,714 52,715 52,716 52,717 52,718 52,719 52,720 52,721 52,722 52,723 52,724 52,725 2-210 52,739 52,740 52,741 52,742 52,743 52,744 52,745 52,746 52,747 52,748 52,749 52,750 2-211 52,764 52,765 52,766 52,767 52,768 52,769 52,770 52,771 52,772 52,773 52,774 52,775 2-212 52,789 52,790 52,791 52,792 52,793 52,794 52,795 52,796 52,797 52,798 52,799 52,800 2-213 52,814 52,815 52,816 52,817 52,818 52,819 52,820 52,821 52,822 52,823 52,824 52,825 2-214 52,839 52,840 52,841 52,842 52,843 52,844 52,845 52,846 52,847 52,848 52,849 52,850 2-215 52,864 52,865 52,866 52,867 52,868 52,869 52,870 52,871 52,872 52,873 52,874 52,875 2-216 52,889 52,890 52,891 52,892 52,893 52,894 52,895 52,896 52,897 52,898 52,899 52,900 2-217 52,914 52,915 52,916 52,917 52,918 52,919 52,920 52,921 52,922 52,923 52,924 52,925 2-218 52,939 52,940 52,941 52,942 52,943 52,944 52,945 52,946 52,947 52,948 52,949 52,950 2-219 52,964 52,965 52,966 52,967 52,968 52,969 52,970 52,971 52,972 52,973 52,974 52,975 2-220 52,989 52,990 52,991 52,992 52,993 52,994 52,995 52,996 52,997 52,998 52,999 53,000

TABLE 41 Compound represented by the formula (1) 1-101 1-102 1-103 1-104 1-105 1-106 1-107 1-108 1-109 1-110 1-111 1-112 1-113 Compound 2-221 53,001 53,002 53,003 53,004 53,005 53,006 53,007 53,008 53,009 53,010 53,011 53,012 53,013 represented 2-222 53,026 53,027 53,028 53,029 53,030 53,031 53,032 53,033 53,034 53,035 53,036 53,037 53,038 by the 2-223 53,051 53,052 53,053 53,054 53,055 53,056 53,057 53,058 53,059 53,060 53,061 53,062 53,063 formula (2) 2-224 53,076 53,077 53,078 53,079 53,080 53,081 53,082 53,083 53,084 53,085 53,086 53,087 53,088 2-225 53,101 53,102 53,103 53,104 53,105 53,106 53,107 53,108 53,109 53,110 53,111 53,112 53,113 2-226 53,126 53,127 53,128 53,129 53,130 53,131 53,132 53,133 53,134 53,135 53,136 53,137 53,138 2-227 53,151 53,152 53,153 53,154 53,155 53,156 53,157 53,158 53,159 53,160 53,161 53,162 53,163 2-228 53,176 53,177 53,178 53,179 53,180 53,181 53,182 53,183 53,184 53,185 53,186 53,187 53,188 2-229 53,201 53,202 53,203 53,204 53,205 53,206 53,207 53,208 53,209 53,210 53,211 53,212 53,213 2-230 53,226 53,227 53,228 53,229 53,230 53,231 53,232 53,233 53,234 53,235 53,236 53,237 53,238 2-231 53,251 53,252 53,253 53,254 53,255 53,256 53,257 53,258 53,259 53,260 53,261 53,262 53,263 2-232 53,276 53,277 53,278 53,279 53,280 53,281 53,282 53,283 53,284 53,285 53,286 53,287 53,288 2-233 53,301 53,302 53,303 53,304 53,305 53,306 53,307 53,308 53,309 53,310 53,311 53,312 53,313 2-234 53,326 53,327 53,328 53,329 53,330 53,331 53,332 53,333 53,334 53,335 53,336 53,337 53,338 2-235 53,351 53,352 53,353 53,354 53,355 53,356 53,357 53,358 53,359 53,360 53,361 53,362 53,363 2-236 53,376 53,377 53,378 53,379 53,380 53,381 53,382 53,383 53,384 53,385 53,386 53,387 53,388 2-237 53,401 53,402 53,403 53,404 53,405 53,406 53,407 53,408 53,409 53,410 53,411 53,412 53,413 2-238 53,426 53,427 53,428 53,429 53,430 53,431 53,432 53,433 53,434 53,435 53,436 53,437 53,438 2-239 53,451 53,452 53,453 53,454 53,455 53,456 53,457 53,458 53,459 53,460 53,461 53,462 53,463 2-240 53,476 53,477 53,478 53,479 53,480 53,481 53,482 53,483 53,484 53,485 53,486 53,487 53,488 2-241 53,501 53,502 53,503 53,504 53,505 53,506 53,507 53,508 53,509 53,510 53,511 53,512 53,513 2-242 53,526 53,527 53,528 53,529 53,530 53,531 53,532 53,533 53,534 53,535 53,536 53,537 53,538 2-243 53,551 53,552 53,553 53,554 53,555 53,556 53,557 53,558 53,559 53,560 53,561 53,562 53,563 2-244 53,576 53,577 53,578 53,579 53,580 53,581 53,582 53,583 53,584 53,585 53,586 53,587 53,588 2-245 53,601 53,602 53,603 53,604 53,605 53,606 53,607 53,608 53,609 53,610 53,611 53,612 53,613 2-246 53,626 53,627 53,628 53,629 53,630 53,631 53,632 53,633 53,634 53,635 53,636 53,637 53,638 2-247 53,651 53,652 53,653 53,654 53,655 53,656 53,657 53,658 53,659 53,660 53,661 53,662 53,663 2-248 53,676 53,677 53,678 53,679 53,680 53,681 53,682 53,683 53,684 53,685 53,686 53,687 53,688 2-249 53,701 53,702 53,703 53,704 53,705 53,706 53,707 53,708 53,709 53,710 53,711 53,712 53,713 2-250 53,726 53,727 53,728 53,729 53,730 53,731 53,732 53,733 53,734 53,735 53,736 53,737 53,738 2-251 53,751 53,752 53,753 53,754 53,755 53,756 53,757 53,758 53,759 53,760 53,761 53,762 53,763 2-252 53,776 53,777 53,778 53,779 53,780 53,781 53,782 53,783 53,784 53,785 53,786 53,787 53,788 2-253 53,801 53,802 53,803 53,804 53,805 53,806 53,807 53,808 53,809 53,810 53,811 53,812 53,813 2-254 53,826 53,827 53,828 53,829 53,830 53,831 53,832 53,833 53,834 53,835 53,836 53,837 53,838 2-255 53,851 53,852 53,853 53,854 53,855 53,856 53,857 53,858 53,859 53,860 53,861 53,862 53,863 2-256 53,876 53,877 53,878 53,879 53,880 53,881 53,882 53,883 53,884 53,885 53,886 53,887 53,888 2-257 53,901 53,902 53,903 53,904 53,905 53,906 53,907 53,908 53,909 53,910 53,911 53,912 53,913 2-258 53,926 53,927 53,928 53,929 53,930 53,931 53,932 53,933 53,934 53,935 53,936 53,937 53,938 2-259 53,951 53,952 53,953 53,954 53,955 53,956 53,957 53,958 53,959 53,960 53,961 53,962 53,963 2-260 53,976 53,977 53,978 53,979 53,980 53,981 53,982 53,983 53,984 53,985 53,986 53,987 53,988 2-261 54,001 54,002 54,003 54,004 54,005 54,006 54,007 54,008 54,009 54,010 54,011 54,012 54,013 2-262 54,026 54,027 54,028 54,029 54,030 54,031 54,032 54,033 54,034 54,035 54,036 54,037 54,038 2-263 54,051 54,052 54,053 54,054 54,055 54,056 54,057 54,058 54,059 54,060 54,061 54,062 54,063 2-264 54,076 54,077 54,078 54,079 54,080 54,081 54,082 54,083 54,084 54,085 54,086 54,087 54,088 2-265 54,101 54,102 54,103 54,104 54,105 54,106 54,107 54,108 54,109 54,110 54,111 54,112 54,113 2-266 54,126 54,127 54,128 54,129 54,130 54,131 54,132 54,133 54,134 54,135 54,136 54,137 54,138 2-267 54,151 54,152 54,153 54,154 54,155 54,156 54,157 54,158 54,159 54,160 54,161 54,162 54,163 2-268 54,176 54,177 54,178 54,179 54,180 54,181 54,182 54,183 54,184 54,185 54,186 54,187 54,188 2-269 54,201 54,202 54,203 54,204 54,205 54,206 54,207 54,208 54,209 54,210 54,211 54,212 54,213 2-270 54,226 54,227 54,228 54,229 54,230 54,231 54,232 54,233 54,234 54,235 54,236 54,237 54,238 2-271 54,251 54,252 54,253 54,254 54,255 54,256 54,257 54,258 54,259 54,260 54,261 54,262 54,263 2-272 54,276 54,277 54,278 54,279 54,280 54,281 54,282 54,283 54,284 54,285 54,286 54,287 54,288 2-273 54,301 54,302 54,303 54,304 54,305 54,306 54,307 54,308 54,309 54,310 54,311 54,312 54,313 2-274 54,326 54,327 54,328 54,329 54,330 54,331 54,332 54,333 54,334 54,335 54,336 54,337 54,338 2-275 54,351 54,352 54,353 54,354 54,355 54,356 54,357 54,358 54,359 54,360 54,361 54,362 54,363 Compound represented by the formula (1) 1-114 1-115 1-116 1-117 1-118 1-119 1-120 1-121 1-122 1-123 1-124 1-125 Compound 2-221 53,014 53,015 53,016 53,017 53,018 53,019 53,020 53,021 53,022 53,023 53,024 53,025 represented by the 2-222 53,039 53,040 53,041 53,042 53,043 53,044 53,045 53,046 53,047 53,048 53,049 53,050 formula (2) 2-223 53,064 53,065 53,066 53,067 53,068 53,069 53,070 53,071 53,072 53,073 53,074 53,075 2-224 53,089 53,090 53,091 53,092 53,093 53,094 53,095 53,096 53,097 53,098 53,099 53,100 2-225 53,114 53,115 53,116 53,117 53,118 53,119 53,120 53,121 53,122 53,123 53,124 53,125 2-226 53,139 53,140 53,141 53,142 53,143 53,144 53,145 53,146 53,147 53,148 53,149 53,150 2-227 53,164 53,165 53,166 53,167 53,168 53,169 53,170 53,171 53,172 53,173 53,174 53,175 2-228 53,189 53,190 53,191 53,192 53,193 53,194 53,195 53,196 53,197 53,198 53,199 53,200 2-229 53,214 53,215 53,216 53,217 53,218 53,219 53,220 53,221 53,222 53,223 53,224 53,225 2-230 53,239 53,240 53,241 53,242 53,243 53,244 53,245 53,246 53,247 53,248 53,249 53,250 2-231 53,264 53,265 53,266 53,267 53,268 53,269 53,270 53,271 53,272 53,273 53,274 53,275 2-232 53,289 53,290 53,291 53,292 53,293 53,294 53,295 53,296 53,297 53,298 53,299 53,300 2-233 53,314 53,315 53,316 53,317 53,318 53,319 53,320 53,321 53,322 53,323 53,324 53,325 2-234 53,339 53,340 53,341 53,342 53,343 53,344 53,345 53,346 53,347 53,348 53,349 53,350 2-235 53,364 53,365 53,366 53,367 53,368 53,369 53,370 53,371 53,372 53,373 53,374 53,375 2-236 53,389 53,390 53,391 53,392 53,393 53,394 53,395 53,396 53,397 53,398 53,399 53,400 2-237 53,414 53,415 53,416 53,417 53,418 53,419 53,420 53,421 53,422 53,423 53,424 53,425 2-238 53,439 53,440 53,441 53,442 53,443 53,444 53,445 53,446 53,447 53,448 53,449 53,450 2-239 53,464 53,465 53,466 53,467 53,468 53,469 53,470 53,471 53,472 53,473 53,474 53,475 2-240 53,489 53,490 53,491 53,492 53,493 53,494 53,495 53,496 53,497 53,498 53,499 53,500 2-241 53,514 53,515 53,516 53,517 53,518 53,519 53,520 53,521 53,522 53,523 53,524 53,525 2-242 53,539 53,540 53,541 53,542 53,543 53,544 53,545 53,546 53,547 53,548 53,549 53,550 2-243 53,564 53,565 53,566 53,567 53,568 53,569 53,570 53,571 53,572 53,573 53,574 53,575 2-244 53,589 53,590 53,591 53,592 53,593 53,594 53,595 53,596 53,597 53,598 53,599 53,600 2-245 53,614 53,615 53,616 53,617 53,618 53,619 53,620 53,621 53,622 53,623 53,624 53,625 2-246 53,639 53,640 53,641 53,642 53,643 53,644 53,645 53,646 53,647 53,648 53,649 53,650 2-247 53,664 53,665 53,666 53,667 53,668 53,669 53,670 53,671 53,672 53,673 53,674 53,675 2-248 53,689 53,690 53,691 53,692 53,693 53,694 53,695 53,696 53,697 53,698 53,699 53,700 2-249 53,714 53,715 53,716 53,717 53,718 53,719 53,720 53,721 53,722 53,723 53,724 53,725 2-250 53,739 53,740 53,741 53,742 53,743 53,744 53,745 53,746 53,747 53,748 53,749 53,750 2-251 53,764 53,765 53,766 53,767 53,768 53,769 53,770 53,771 53,772 53,773 53,774 53,775 2-252 53,789 53,790 53,791 53,792 53,793 53,794 53,795 53,796 53,797 53,798 53,799 53,800 2-253 53,814 53,815 53,816 53,817 53,818 53,819 53,820 53,821 53,822 53,823 53,824 53,825 2-254 53,839 53,840 53,841 53,842 53,843 53,844 53,845 53,846 53,847 53,848 53,849 53,850 2-255 53,864 53,865 53,866 53,867 53,868 53,869 53,870 53,871 53,872 53,873 53,874 53,875 2-256 53,889 53,890 53,891 53,892 53,893 53,894 53,895 53,896 53,897 53,898 53,899 53,900 2-257 53,914 53,915 53,916 53,917 53,918 53,919 53,920 53,921 53,922 53,923 53,924 53,925 2-258 53,939 53,940 53,941 53,942 53,943 53,944 53,945 53,946 53,947 53,948 53,949 53,950 2-259 53,964 53,965 53,966 53,967 53,968 53,969 53,970 53,971 53,972 53,973 53,974 53,975 2-260 53,989 53,990 53,991 53,992 53,993 53,994 53,995 53,996 53,997 53,998 53,999 54,000 2-261 54,014 54,015 54,016 54,017 54,018 54,019 54,020 54,021 54,022 54,023 54,024 54,025 2-262 54,039 54,040 54,041 54,042 54,043 54,044 54,045 54,046 54,047 54,048 54,049 54,050 2-263 54,064 54,065 54,066 54,067 54,068 54,069 54,070 54,071 54,072 54,073 54,074 54,075 2-264 54,089 54,090 54,091 54,092 54,093 54,094 54,095 54,096 54,097 54,098 54,099 54,100 2-265 54,114 54,115 54,116 54,117 54,118 54,119 54,120 54,121 54,122 54,123 54,124 54,125 2-266 54,139 54,140 54,141 54,142 54,143 54,144 54,145 54,146 54,147 54,148 54,149 54,150 2-267 54,164 54,165 54,166 54,167 54,168 54,169 54,170 54,171 54,172 54,173 54,174 54,175 2-268 54,189 54,190 54,191 54,192 54,193 54,194 54,195 54,196 54,197 54,198 54,199 54,200 2-269 54,214 54,215 54,216 54,217 54,218 54,219 54,220 54,221 54,222 54,223 54,224 54,225 2-270 54,239 54,240 54,241 54,242 54,243 54,244 54,245 54,246 54,247 54,248 54,249 54,250 2-271 54,264 54,265 54,266 54,267 54,268 54,269 54,270 54,271 54,272 54,273 54,274 54,275 2-272 54,289 54,290 54,291 54,292 54,293 54,294 54,295 54,296 54,297 54,298 54,299 54,300 2-273 54,314 54,315 54,316 54,317 54,318 54,319 54,320 54,321 54,322 54,323 54,324 54,325 2-274 54,339 54,340 54,341 54,342 54,343 54,344 54,345 54,346 54,347 54,348 54,349 54,350 2-275 54,364 54,365 54,366 54,367 54,368 54,369 54,370 54,371 54,372 54,373 54,374 54,375

TABLE 42 Compound represented by the formula (1) 1-101 1-102 1-103 1-104 1-105 1-106 1-107 1-108 1-109 1-110 1-111 1-112 1-113 Compound 2-276 54,376 54,377 54,378 54,379 54,380 54,381 54,382 54,383 54,384 54,385 54,386 54,387 54,388 represented 2-277 54,401 54,402 54,403 54,404 54,405 54,406 54,407 54,408 54,409 54,410 54,411 54,412 54,413 by the 2-278 54,426 54,427 54,428 54,429 54,430 54,431 54,432 54,433 54,434 54,435 54,436 54,437 54,438 formula (2) 2-279 54,451 54,452 54,453 54,454 54,455 54,456 54,457 54,458 54,459 54,460 54,461 54,462 54,463 2-280 54,476 54,477 54,478 54,479 54,480 54,481 54,482 54,483 54,484 54,485 54,486 54,487 54,488 2-281 54,501 54,502 54,503 54,504 54,505 54,506 54,507 54,508 54,509 54,510 54,511 54,512 54,513 2-282 54,526 54,527 54,528 54,529 54,530 54,531 54,532 54,533 54,534 54,535 54,536 54,537 54,538 2-283 54,551 54,552 54,553 54,554 54,555 54,556 54,557 54,558 54,559 54,560 54,561 54,562 54,563 2-284 54,576 54,577 54,578 54,579 54,580 54,581 54,582 54,583 54,584 54,585 54,586 54,587 54,588 2-285 54,601 54,602 54,603 54,604 54,605 54,606 54,607 54,608 54,609 54,610 54,611 54,612 54,613 2-286 54,626 54,627 54,628 54,629 54,630 54,631 54,632 54,633 54,634 54,635 54,636 54,637 54,638 2-287 54,651 54,652 54,653 54,654 54,655 54,656 54,657 54,658 54,659 54,660 54,661 54,662 54,663 2-288 54,676 54,677 54,678 54,679 54,680 54,681 54,682 54,683 54,684 54,685 54,686 54,687 54,688 2-289 54,701 54,702 54,703 54,704 54,705 54,706 54,707 54,708 54,709 54,710 54,711 54,712 54,713 2-290 54,726 54,727 54,728 54,729 54,730 54,731 54,732 54,733 54,734 54,735 54,736 54,737 54,738 2-291 54,751 54,752 54,753 54,754 54,755 54,756 54,757 54,758 54,759 54,760 54,761 54,762 54,763 2-292 54,776 54,777 54,778 54,779 54,780 54,781 54,782 54,783 54,784 54,785 54,786 54,787 54,788 2-293 54,801 54,802 54,803 54,804 54,805 54,806 54,807 54,808 54,809 54,810 54,811 54,812 54,813 2-294 54,826 54,827 54,828 54,829 54,830 54,831 54,832 54,833 54,834 54,835 54,836 54,837 54,838 2-295 54,851 54,852 54,853 54,854 54,855 54,856 54,857 54,858 54,859 54,860 54,861 54,862 54,863 2-296 54,876 54,877 54,878 54,879 54,880 54,881 54,882 54,883 54,884 54,885 54,886 54,887 54,888 2-297 54,901 54,902 54,903 54,904 54,905 54,906 54,907 54,908 54,909 54,910 54,911 54,912 54,913 2-298 54,926 54,927 54,928 54,929 54,930 54,931 54,932 54,933 54,934 54,935 54,936 54,937 54,938 2-299 54,951 54,952 54,953 54,954 54,955 54,956 54,957 54,958 54,959 54,960 54,961 54,962 54,963 2-300 54,976 54,977 54,978 54,979 54,980 54,981 54,982 54,983 54,984 54,985 54,986 54,987 54,988 2-301 55,001 55,002 55,003 55,004 55,005 55,006 55,007 55,008 55,009 55,010 55,011 55,012 55,013 2-302 55,026 55,027 55,028 55,029 55,030 55,031 55,032 55,033 55,034 55,035 55,036 55,037 55,038 2-303 55,051 55,052 55,053 55,054 55,055 55,056 55,057 55,058 55,059 55,060 55,061 55,062 55,063 2-304 55,076 55,077 55,078 55,079 55,080 55,081 55,082 55,083 55,084 55,085 55,086 55,087 55,088 2-305 55,101 55,102 55,103 55,104 55,105 55,106 55,107 55,108 55,109 55,110 55,111 55,112 55,113 2-306 55,126 55,127 55,128 55,129 55,130 55,131 55,132 55,133 55,134 55,135 55,136 55,137 55,138 2-307 55,151 55,152 55,153 55,154 55,155 55,156 55,157 55,158 55,159 55,160 55,161 55,162 55,163 2-308 55,176 55,177 55,178 55,179 55,180 55,181 55,182 55,183 55,184 55,185 55,186 55,187 55,188 2-309 55,201 55,202 55,203 55,204 55,205 55,206 55,207 55,208 55,209 55,210 55,211 55,212 55,213 2-310 55,226 55,227 55,228 55,229 55,230 55,231 55,232 55,233 55,234 55,235 55,236 55,237 55,238 2-311 55,251 55,252 55,253 55,254 55,255 55,256 55,257 55,253 55,259 55,260 55,261 55,262 55,263 2-312 55,276 55,277 55,278 55,279 55,280 55,281 55,282 55,283 55,284 55,285 55,286 55,287 55,288 2-313 55,301 55,302 55,303 55,304 55,305 55,306 55,307 55,308 55,309 55,310 55,311 55,312 55,313 2-314 55,326 55,327 55,328 55,329 55,330 55,331 55,332 55,333 55,334 55,335 55,336 55,337 55,338 2-315 55,351 55,352 55,353 55,354 55,355 55,356 55,357 55,353 55,359 55,360 55,361 55,362 55,363 2-316 55,376 55,377 55,378 55,379 55,380 55,381 55,382 55,383 55,384 55,385 55,386 55,387 55,388 2-317 55,401 55,402 55,403 55,404 55,405 55,406 55,407 55,408 55,409 55,410 55,411 55,412 55,413 2-318 55,426 55,427 55,428 55,429 55,430 55,431 55,432 55,433 55,434 55,435 55,436 55,437 55,438 2-319 55,451 55,452 55,453 55,454 55,455 55,456 55,457 55,453 55,459 55,460 55,461 55,462 55,463 2-320 55,476 55,477 55,478 55,479 55,480 55,481 55,482 55,483 55,484 55,485 55,486 55,487 55,488 2-321 55,501 55,502 55,503 55,504 55,505 55,506 55,507 55,508 55,509 55,510 55,511 55,512 55,513 2-322 55,526 55,527 55,528 55,529 55,530 55,531 55,532 55,533 55,534 55,535 55,536 55,537 55,538 2-323 55,551 55,552 55,553 55,554 55,555 55,556 55,557 55,553 55,559 55,560 55,561 55,562 55,563 2-324 55,576 55,577 55,578 55,579 55,580 55,581 55,582 55,583 55,584 55,585 55,586 55,587 55,588 2-325 55,601 55,602 55,603 55,604 55,605 55,606 55,607 55,608 55,609 55,610 55,611 55,612 55,613 2-326 55,626 55,627 55,628 55,629 55,630 55,631 55,632 55,633 55,634 55,635 55,636 55,637 55,638 2-327 55,651 55,652 55,653 55,654 55,655 55,656 55,657 55,653 55,659 55,660 55,661 55,662 55,663 2-328 55,676 55,677 55,678 55,679 55,680 55,681 55,682 55,683 55,684 55,685 55,686 55,687 55,688 2-329 55,701 55,702 55,703 55,704 55,705 55,706 55,707 55,708 55,709 55,710 55,711 55,712 55,713 2-330 55,726 55,727 55,728 55,729 55,730 55,731 55,732 55,733 55,734 55,735 55,736 55,737 55,738 Compound represented by the formula (1) 1-114 1-115 1-116 1-117 1-118 1-119 1-120 1-121 1-122 1-123 1-124 1-125 Compound 2-276 54,389 54,390 54,391 54,392 54,393 54,394 54,395 54,396 54,397 54,398 54,399 54,400 represented 2-277 54,414 54,415 54,416 54,417 54,418 54,419 54,420 54,421 54,422 54,423 54,424 54,425 by the 2-278 54,439 54,440 54,441 54,442 54,443 54,444 54,445 54,446 54,447 54,448 54,449 54,450 formula (2) 2-279 54,464 54,465 54,466 54,467 54,468 54,469 54,470 54,471 54,472 54,473 54,474 54,475 2-280 54,489 54,490 54,491 54,492 54,493 54,494 54,495 54,496 54,497 54,498 54,499 54,500 2-281 54,514 54,515 54,516 54,517 54,518 54,519 54,520 54,521 54,522 54,523 54,524 54,525 2-282 54,539 54,540 54,541 54,542 54,543 54,544 54,545 54,546 54,547 54,548 54,549 54,550 2-283 54,564 54,565 54,566 54,567 54,568 54,569 54,570 54,571 54,572 54,573 54,574 54,575 2-284 54,589 54,590 54,591 54,592 54,593 54,594 54,595 54,596 54,597 54,598 54,599 54,600 2-285 54,614 54,615 54,616 54,617 54,618 54,619 54,620 54,621 54,622 54,623 54,624 54,625 2-286 54,639 54,640 54,641 54,642 54,643 54,644 54,645 54,646 54,647 54,648 54,649 54,650 2-287 54,664 54,665 54,666 54,667 54,668 54,669 54,670 54,671 54,672 54,673 54,674 54,675 2-288 54,689 54,690 54,691 54,692 54,693 54,694 54,695 54,696 54,697 54,698 54,699 54,700 2-289 54,714 54,715 54,716 54,717 54,718 54,719 54,720 54,721 54,722 54,723 54,724 54,725 2-290 54,739 54,740 54,741 54,742 54,743 54,744 54,745 54,746 54,747 54,748 54,749 54,750 2-291 54,764 54,765 54,766 54,767 54,768 54,769 54,770 54,771 54,772 54,773 54,774 54,775 2-292 54,789 54,790 54,791 54,792 54,793 54,794 54,795 54,796 54,797 54,798 54,799 54,800 2-293 54,814 54,815 54,816 54,817 54,818 54,819 54,820 54,821 54,822 54,823 54,824 54,825 2-294 54,839 54,840 54,841 54,842 54,843 54,844 54,845 54,846 54,847 54,848 54,849 54,850 2-295 54,864 54,865 54,866 54,867 54,868 54,869 54,870 54,871 54,872 54,873 54,874 54,875 2-296 54,889 54,890 54,891 54,892 54,893 54,894 54,895 54,896 54,897 54,898 54,899 54,900 2-297 54,914 54,915 54,916 54,917 54,918 54,919 54,920 54,921 54,922 54,923 54,924 54,925 2-298 54,939 54,940 54,941 54,942 54,943 54,944 54,945 54,946 54,947 54,948 54,949 54,950 2-299 54,964 54,965 54,966 54,967 54,968 54,969 54,970 54,971 54,972 54,973 54,974 54,975 2-300 54,989 54,990 54,991 54,992 54,993 54,994 54,995 54,996 54,997 54,998 54,999 55,000 2-301 55,014 55,015 55,016 55,017 55,018 55,019 55,020 55,021 55,022 55,023 55,024 55,025 2-302 55,039 55,040 55,041 55,042 55,043 55,044 55,045 55,046 55,047 55,048 55,049 55,050 2-303 55,064 55,065 55,066 55,067 55,068 55,069 55,070 55,071 55,072 55,073 55,074 55,075 2-304 55,089 55,090 55,091 55,092 55,093 55,094 55,095 55,096 55,097 55,098 55,099 55,100 2-305 55,114 55,115 55,116 55,117 55,118 55,119 55,120 55,121 55,122 55,123 55,124 55,125 2-306 55,139 55,140 55,141 55,142 55,143 55,144 55,145 55,146 55,147 55,148 55,149 55,150 2-307 55,164 55,165 55,166 55,167 55,168 55,169 55,170 55,171 55,172 55,173 55,174 55,175 2-308 55,189 55,190 55,191 55,192 55,193 55,194 55,195 55,196 55,197 55,198 55,199 55,200 2-309 55,214 55,215 55,216 55,217 55,218 55,219 55,220 55,221 55,222 55,223 55,224 55,225 2-310 55,239 55,240 55,241 55,242 55,243 55,244 55,245 55,246 55,247 55,248 55,249 55,250 2-311 55,264 55,265 55,266 55,267 55,268 55,269 55,270 55,271 55,272 55,273 55,274 55,275 2-312 55,289 55,290 55,291 55,292 55,293 55,294 55,295 55,296 55,297 55,298 55,299 55,300 2-313 55,314 55,315 55,316 55,317 55,318 55,319 55,320 55,321 55,322 55,323 55,324 55,325 2-314 55,339 55,340 55,341 55,342 55,343 55,344 55,345 55,346 55,347 55,348 55,349 55,350 2-315 55,364 55,365 55,366 55,367 55,368 55,369 55,370 55,371 55,372 55,373 55,374 55,375 2-316 55,389 55,390 55,391 55,392 55,393 55,394 55,395 55,396 55,397 55,398 55,399 55,400 2-317 55,414 55,415 55,416 55,417 55,418 55,419 55,420 55,421 55,422 55,423 55,424 55,425 2-318 55,439 55,440 55,441 55,442 55,443 55,444 55,445 55,446 55,447 55,448 55,449 55,450 2-319 55,464 55,465 55,466 55,467 55,468 55,469 55,470 55,471 55,472 55,473 55,474 55,475 2-320 55,489 55,490 55,491 55,492 55,493 55,494 55,495 55,496 55,497 55,498 55,499 55,500 2-321 55,514 55,515 55,516 55,517 55,518 55,519 55,520 55,521 55,522 55,523 55,524 55,525 2-322 55,539 55,540 55,541 55,542 55,543 55,544 55,545 55,546 55,547 55,548 55,549 55,550 2-323 55,564 55,565 55,566 55,567 55,568 55,569 55,570 55,571 55,572 55,573 55,574 55,575 2-324 55,589 55,590 55,591 55,592 55,593 55,594 55,595 55,596 55,597 55,598 55,599 55,600 2-325 55,614 55,615 55,616 55,617 55,618 55,619 55,620 55,621 55,622 55,623 55,624 55,625 2-326 55,639 55,640 55,641 55,642 55,643 55,644 55,645 55,646 55,647 55,648 55,649 55,650 2-327 55,664 55,665 55,666 55,667 55,668 55,669 55,670 55,671 55,672 55,673 55,674 55,675 2-328 55,689 55,690 55,691 55,692 55,693 55,694 55,695 55,696 55,697 55,698 55,699 55,700 2-329 55,714 55,715 55,716 55,717 55,718 55,719 55,720 55,721 55,722 55,723 55,724 55,725 2-330 55,739 55,740 55,741 55,742 55,743 55,744 55,745 55,746 55,747 55,748 55,749 55,750

TABLE 43 Compound represented by the formula (1) 1-101 1-102 1-103 1-104 1-105 1-106 1-107 1-108 1-109 1-110 1-111 1-112 1-113 Compound 2-331 55,751 55,752 55,753 55,754 55,755 55,756 55,757 55,758 55,759 55,760 55,761 55,762 55,763 represented 2-332 55,776 55,777 55,778 55,779 55,780 55,781 55,782 55,783 55,784 55,785 55,786 55,787 55,788 by the 2-333 55,801 55,802 55,803 55,804 55,805 55,806 55,807 55,808 55,809 55,810 55,811 55,812 55,813 formula (2) 2-334 55,826 55,827 55,828 55,829 55,830 55,831 55,832 55,833 55,834 55,835 55,836 55,837 55,838 2-335 55,851 55,852 55,853 55,854 55,855 55,856 55,857 55,858 55,859 55,860 55,861 55,862 55,863 2-336 55,876 55,877 55,878 55,879 55,880 55,881 55,882 55,883 55,884 55,885 55,886 55,887 55,888 2-337 55,901 55,902 55,903 55,904 55,905 55,906 55,907 55,908 55,909 55,910 55,911 55,912 55,913 2-338 55,926 55,927 55,928 55,929 55,930 55,931 55,932 55,933 55,934 55,935 55,936 55,937 55,938 2-339 55,951 55,952 55,953 55,954 55,955 55,956 55,957 55,958 55,959 55,960 55,961 55,962 55,963 2-340 55,976 55,977 55,978 55,979 55,980 55,981 55,982 55,983 55,984 55,985 55,986 55,987 55,988 2-341 56,001 56,002 56,003 56,004 56,005 56,006 56,007 56,008 56,009 56,010 56,011 56,012 56,013 2-342 56,026 56,027 56,028 56,029 56,030 56,031 56,032 56,033 56,034 56,035 56,036 56,037 56,038 2-343 56,051 56,052 56,053 56,054 56,055 56,056 56,057 56,058 56,059 56,060 56,061 56,062 56,063 2-344 56,076 56,077 56,078 56,079 56,080 56,081 56,082 56,083 56,084 56,085 56,086 56,087 56,088 2-345 56,101 56,102 56,103 56,104 56,105 56,106 56,107 56,108 56,109 56,110 56,111 56,112 56,113 2-346 56,126 56,127 56,128 56,129 56,130 56,131 56,132 56,133 56,134 56,135 56,136 56,137 56,138 2-347 56,151 56,152 56,153 56,154 56,155 56,156 56,157 56,158 56,159 56,160 56,161 56,162 56,163 2-348 56,176 56,177 56,178 56,179 56,180 56,181 56,182 56,183 56,184 56,185 56,186 56,187 56,188 2-349 56,201 56,202 56,203 56,204 56,205 56,206 56,207 56,208 56,209 56,210 56,211 56,212 56,213 2-350 56,226 56,227 56,228 56,229 56,230 56,231 56,232 56,233 56,234 56,235 56,236 56,237 56,238 2-351 56,251 56,252 56,253 56,254 56,255 56,256 56,257 56,258 56,259 56,260 56,261 56,262 56,263 2-352 56,276 56,277 56,278 56,279 56,280 56,281 56,282 56,283 56,284 56,285 56,286 56,287 56,288 2-353 56,301 56,302 56,303 56,304 56,305 56,306 56,307 56,308 56,309 56,310 56,311 56,312 56,313 2-354 56,326 56,327 56,328 56,329 56,330 56,331 56,332 56,333 56,334 56,335 56,336 56,337 56,338 2-355 56,351 56,352 56,353 56,354 56,355 56,356 56,357 56,358 56,359 56,360 56,361 56,362 56,363 2-356 56,376 56,377 56,378 56,379 56,380 56,381 56,382 56,383 56,384 56,385 56,386 56,387 56,388 2-357 56,401 56,402 56,403 56,404 56,405 56,406 56,407 56,408 56,409 56,410 56,411 56,412 56,413 2-358 56,426 56,427 56,428 56,429 56,430 56,431 56,432 56,433 56,434 56,435 56,436 56,437 56,438 2-359 56,451 56,452 56,453 56,454 56,455 56,456 56,457 56,458 56,459 56,460 56,461 56,462 56,463 2-360 56,476 56,477 56,478 56,479 56,480 56,481 56,482 56,483 56,484 56,485 56,486 56,487 56,488 2-361 56,501 56,502 56,503 56,504 56,505 56,506 56,507 56,508 56,509 56,510 56,511 56,512 56,513 2-362 56,526 56,527 56,528 56,529 56,530 56,531 56,532 56,533 56,534 56,535 56,536 56,537 56,538 2-363 56,551 56,552 56,553 56,554 56,555 56,556 56,557 56,558 56,559 56,560 56,561 56,562 56,563 2-364 56,576 56,577 56,578 56,579 56,580 56,581 56,582 56,583 56,584 56,585 56,586 56,587 56,588 2-365 56,601 56,602 56,603 56,604 56,605 56,606 56,607 56,608 56,609 56,610 56,611 56,612 56,613 2-366 56,626 56,627 56,628 56,629 56,630 56,631 56,632 56,633 56,634 56,635 56,636 56,637 56,638 2-367 56,651 56,652 56,653 56,654 56,655 56,656 56,657 56,658 56,659 56,660 56,661 56,662 56,663 2-368 56,676 56,677 56,678 56,679 56,680 56,681 56,682 56,683 56,684 56,685 56,686 56,687 56,688 2-369 56,701 56,702 56,703 56,704 56,705 56,706 56,707 56,708 56,709 56,710 56,711 56,712 56,713 2-370 56,726 56,727 56,728 56,729 56,730 56,731 56,732 56,733 56,734 56,735 56,736 56,737 56,738 2-371 56,751 56,752 56,753 56,754 56,755 56,756 56,757 56,758 56,759 56,760 56,761 56,762 56,763 2-372 56,776 56,777 56,778 56,779 56,780 56,781 56,782 56,783 56,784 56,785 56,786 56,787 56,788 2-373 56,801 56,802 56,803 56,804 56,805 56,806 56,807 56,808 56,809 56,810 56,811 56,812 56,813 2-374 56,826 56,827 56,828 56,829 56,830 56,831 56,832 56,833 56,834 56,835 56,836 56,837 56,838 2-375 56,851 56,852 56,853 56,854 56,855 56,856 56,857 56,858 56,859 56,860 56,861 56,862 56,863 2-376 56,876 56,877 56,878 56,879 56,880 56,881 56,882 56,883 56,884 56,885 56,886 56,887 56,888 2-377 56,901 56,902 56,903 56,904 56,905 56,906 56,907 56,908 56,909 56,910 56,911 56,912 56,913 2-378 56,926 56,927 56,928 56,929 56,930 56,931 56,932 56,933 56,934 56,935 56,936 56,937 56,938 2-379 56,951 56,952 56,953 56,954 56,955 56,956 56,957 56,958 56,959 56,960 56,961 56,962 56,963 2-380 56,976 56,977 56,978 56,979 56,980 56,981 56,982 56,983 56,984 56,985 56,986 56,987 56,988 2-381 57,001 57,002 57,003 57,004 57,005 57,006 57,007 57,008 57,009 57,010 57,011 57,012 57,013 2-382 57,026 57,027 57,028 57,029 57,030 57,031 57,032 57,033 57,034 57,035 57,036 57,037 57,038 2-383 57,051 57,052 57,053 57,054 57,055 57,056 57,057 57,058 57,059 57,060 57,061 57,062 57,063 2-384 57,076 57,077 57,078 57,079 57,080 57,081 57,082 57,083 57,084 57,085 57,086 57,087 57,088 2-385 57,101 57,102 57,103 57,104 57,105 57,106 57,107 57,108 57,109 57,110 57,111 57,112 57,113 Compound represented by the formula (1) 1-114 1-115 1-116 1-117 1-118 1-119 1-120 1-121 1-122 1-123 1-124 1-125 Compound 2-331 55,764 55,765 55,766 55,767 55,768 55,769 55,770 55,771 55,772 55,773 55,774 55,775 represented 2-332 55,789 55,790 55,791 55,792 55,793 55,794 55,795 55,796 55,797 55,798 55,799 55,800 by the 2-333 55,814 55,815 55,816 55,817 55,818 55,819 55,820 55,821 55,822 55,823 55,824 55,825 formula (2) 2-334 55,839 55,840 55,841 55,842 55,843 55,844 55,845 55,846 55,847 55,848 55,849 55,850 2-335 55,864 55,865 55,866 55,867 55,868 55,869 55,870 55,871 55,872 55,873 55,874 55,875 2-336 55,889 55,890 55,891 55,892 55,893 55,894 55,895 55,896 55,897 55,898 55,899 55,900 2-337 55,914 55,915 55,916 55,917 55,918 55,919 55,920 55,921 55,922 55,923 55,924 55,925 2-338 55,939 55,940 55,941 55,942 55,943 55,944 55,945 55,946 55,947 55,948 55,949 55,950 2-339 55,964 55,965 55,966 55,967 55,968 55,969 55,970 55,971 55,972 55,973 55,974 55,975 2-340 55,989 55,990 55,991 55,992 55,993 55,994 55,995 55,996 55,997 55,998 55,999 56,000 2-341 56,014 56,015 56,016 56,017 56,018 56,019 56,020 56,021 56,022 56,023 56,024 56,025 2-342 56,039 56,040 56,041 56,042 56,043 56,044 56,045 56,046 56,047 56,048 56,049 56,050 2-343 56,064 56,065 56,066 56,067 56,068 56,069 56,070 56,071 56,072 56,073 56,074 56,075 2-344 56,089 56,090 56,091 56,092 56,093 56,094 56,095 56,096 56,097 56,098 56,099 56,100 2-345 56,114 56,115 56,116 56,117 56,118 56,119 56,120 56,121 56,122 56,123 56,124 56,125 2-346 56,139 56,140 56,141 56,142 56,143 56,144 56,145 56,146 56,147 56,148 56,149 56,150 2-347 56,164 56,165 56,166 56,167 56,168 56,169 56,170 56,171 56,172 56,173 56,174 56,175 2-348 56,189 56,190 56,191 56,192 56,193 56,194 56,195 56,196 56,197 56,198 56,199 56,200 2-349 56,214 56,215 56,216 56,217 56,218 56,219 56,220 56,221 56,222 56,223 56,224 56,225 2-350 56,239 56,240 56,241 56,242 56,243 56,244 56,245 56,246 56,247 56,248 56,249 56,250 2-351 56,264 56,265 56,266 56,267 56,268 56,269 56,270 56,271 56,272 56,273 56,274 56,275 2-352 56,289 56,290 56,291 56,292 56,293 56,294 56,295 56,296 56,297 56,298 56,299 56,300 2-353 56,314 56,315 56,316 56,317 56,318 56,319 56,320 56,321 56,322 56,323 56,324 56,325 2-354 56,339 56,340 56,341 56,342 56,343 56,344 56,345 56,346 56,347 56,348 56,349 56,350 2-355 56,364 56,365 56,366 56,367 56,368 56,369 56,370 56,371 56,372 56,373 56,374 56,375 2-356 56,389 56,390 56,391 56,392 56,393 56,394 56,395 56,396 56,397 56,398 56,399 56,400 2-357 56,414 56,415 56,416 56,417 56,418 56,419 56,420 56,421 56,422 56,423 56,424 56,425 2-358 56,439 56,440 56,441 56,442 56,443 56,444 56,445 56,446 56,447 56,448 56,449 56,450 2-359 56,464 56,465 56,466 56,467 56,468 56,469 56,470 56,471 56,472 56,473 56,474 56,475 2-360 56,489 56,490 56,491 56,492 56,493 56,494 56,495 56,496 56,497 56,498 56,499 56,500 2-361 56,514 56,515 56,516 56,517 56,518 56,519 56,520 56,521 56,522 56,523 56,524 56,525 2-362 56,539 56,540 56,541 56,542 56,543 56,544 56,545 56,546 56,547 56,548 56,549 56,550 2-363 56,564 56,565 56,566 56,567 56,568 56,569 56,570 56,571 56,572 56,573 56,574 56,575 2-364 56,589 56,590 56,591 56,592 56,593 56,594 56,595 56,596 56,597 56,598 56,599 56,600 2-365 56,614 56,615 56,616 56,617 56,618 56,619 56,620 56,621 56,622 56,623 56,624 56,625 2-366 56,639 56,640 56,641 56,642 56,643 56,644 56,645 56,646 56,647 56,648 56,649 56,650 2-367 56,664 56,665 56,666 56,667 56,668 56,669 56,670 56,671 56,672 56,673 56,674 56,675 2-368 56,689 56,690 56,691 56,692 56,693 56,694 56,695 56,696 56,697 56,698 56,699 56,700 2-369 56,714 56,715 56,716 56,717 56,718 56,719 56,720 56,721 56,722 56,723 56,724 56,725 2-370 56,739 56,740 56,741 56,742 56,743 56,744 56,745 56,746 56,747 56,748 56,749 56,750 2-371 56,764 56,765 56,766 56,767 56,768 56,769 56,770 56,771 56,772 56,773 56,774 56,775 2-372 56,789 56,790 56,791 56,792 56,793 56,794 56,795 56,796 56,797 56,798 56,799 56,800 2-373 56,814 56,815 56,816 56,817 56,818 56,819 56,820 56,821 56,822 56,823 56,824 56,825 2-374 56,839 56,840 56,841 56,842 56,843 56,844 56,845 56,846 56,847 56,848 56,849 56,850 2-375 56,864 56,865 56,866 56,867 56,868 56,869 56,870 56,871 56,872 56,873 56,874 56,875 2-376 56,889 56,890 56,891 56,892 56,893 56,894 56,895 56,896 56,897 56,898 56,899 56,900 2-377 56,914 56,915 56,916 56,917 56,918 56,919 56,920 56,921 56,922 56,923 56,924 56,925 2-378 56,939 56,940 56,941 56,942 56,943 56,944 56,945 56,946 56,947 56,948 56,949 56,950 2-379 56,964 56,965 56,966 56,967 56,968 56,969 56,970 56,971 56,972 56,973 56,974 56,975 2-380 56,989 56,990 56,991 56,992 56,993 56,994 56,995 56,996 56,997 56,998 56,999 57,000 2-381 57,014 57,015 57,016 57,017 57,018 57,019 57,020 57,021 57,022 57,023 57,024 57,025 2-382 57,039 57,040 57,041 57,042 57,043 57,044 57,045 57,046 57,047 57,048 57,049 57,050 2-383 57,064 57,065 57,066 57,067 57,068 57,069 57,070 57,071 57,072 57,073 57,074 57,075 2-384 57,089 57,090 57,091 57,092 57,093 57,094 57,095 57,096 57,097 57,098 57,099 57,100 2-385 57,114 57,115 57,116 57,117 57,118 57,119 57,120 57,121 57,122 57,123 57,124 57,125

TABLE 44 Compound represented by the formula (1) 1-101 1-102 1-103 1-104 1-105 1-106 1-107 1-108 1-109 1-110 1-111 1-112 1-113 Compound 2-386 57,126 57,127 57,128 57,129 57,130 57,131 57,132 57,133 57,134 57,135 57,136 57,137 57,138 represented 2-387 57,151 57,152 57,153 57,154 57,155 57,156 57,157 57,158 57,159 57,160 57,161 57,162 57,163 by the 2-388 57,176 57,177 57,178 57,179 57,180 57,181 57,182 57,183 57,184 57,185 57,186 57,187 57,188 formula (2) 2-389 57,201 57,202 57,203 57,204 57,205 57,206 57,207 57,208 57,209 57,210 57,211 57,212 57,213 2-390 57,226 57,227 57,228 57,229 57,230 57,231 57,232 57,233 57,234 57,235 57,236 57,237 57,238 2-391 57,251 57,252 57,253 57,254 57,255 57,256 57,257 57,258 57,259 57,260 57,261 57,262 57,263 2-392 57,276 57,277 57,278 57,279 57,280 57,281 57,282 57,283 57,284 57,285 57,286 57,287 57,288 2-393 57,301 57,302 57,303 57,304 57,305 57,306 57,307 57,308 57,309 57,310 57,311 57,312 57,313 2-394 57,326 57,327 57,328 57,329 57,330 57,331 57,332 57,333 57,334 57,335 57,336 57,337 57,338 2-395 57,351 57,352 57,353 57,354 57,355 57,356 57,357 57,358 57,359 57,360 57,361 57,362 57,363 2-396 57,376 57,377 57,378 57,379 57,380 57,381 57,382 57,383 57,384 57,385 57,386 57,387 57,388 2-397 57,401 57,402 57,403 57,404 57,405 57,406 57,407 57,408 57,409 57,410 57,411 57,412 57,413 2-398 57,426 57,427 57,428 57,429 57,430 57,431 57,432 57,433 57,434 57,435 57,436 57,437 57,438 2-399 57,451 57,452 57,453 57,454 57,455 57,456 57,457 57,458 57,459 57,460 57,461 57,462 57,463 2-400 57,476 57,477 57,478 57,479 57,480 57,481 57,482 57,483 57,484 57,485 57,486 57,487 57,488 2-401 57,501 57,502 57,503 57,504 57,505 57,506 57,507 57,508 57,509 57,510 57,511 57,512 57,513 2-402 57,526 57,527 57,528 57,529 57,530 57,531 57,532 57,533 57,534 57,535 57,536 57,537 57,538 2-403 57,551 57,552 57,553 57,554 57,555 57,556 57,557 57,558 57,559 57,560 57,561 57,562 57,563 2-404 57,576 57,577 57,578 57,579 57,580 57,581 57,582 57,583 57,584 57,585 57,586 57,587 57,588 2-405 57,601 57,602 57,603 57,604 57,605 57,606 57,607 57,608 57,609 57,610 57,611 57,612 57,613 2-406 57,626 57,627 57,628 57,629 57,630 57,631 57,632 57,633 57,634 57,635 57,636 57,637 57,638 2-407 57,651 57,652 57,653 57,654 57,655 57,656 57,657 57,658 57,659 57,660 57,661 57,662 57,663 2-408 57,676 57,677 57,678 57,679 57,680 57,681 57,682 57,683 57,684 57,685 57,686 57,687 57,688 2-409 57,701 57,702 57,703 57,704 57,705 57,706 57,707 57,708 57,709 57,710 57,711 57,712 57,713 2-410 57,726 57,727 57,728 57,729 57,730 57,731 57,732 57,733 57,734 57,735 57,736 57,737 57,738 2-411 57,751 57,752 57,753 57,754 57,755 57,756 57,757 57,758 57,759 57,760 57,761 57,762 57,763 2-412 57,776 57,777 57,778 57,779 57,780 57,781 57,782 57,783 57,784 57,785 57,786 57,787 57,788 2-413 57,801 57,802 57,803 57,804 57,805 57,806 57,807 57,808 57,809 57,810 57,811 57,812 57,813 2-414 57,826 57,827 57,828 57,829 57,830 57,831 57,832 57,833 57,834 57,835 57,836 57,837 57,838 2-415 57,851 57,852 57,853 57,854 57,855 57,856 57,857 57,858 57,859 57,860 57,861 57,862 57,863 2-416 57,876 57,877 57,878 57,879 57,880 57,881 57,882 57,883 57,884 57,885 57,886 57,887 57,888 2-417 57,901 57,902 57,903 57,904 57,905 57,906 57,907 57,908 57,909 57,910 57,911 57,912 57,913 2-418 57,926 57,927 57,928 57,929 57,930 57,931 57,932 57,933 57,934 57,935 57,936 57,937 57,938 2-419 57,951 57,952 57,953 57,954 57,955 57,956 57,957 57,958 57,959 57,960 57,961 57,962 57,963 2-420 57,976 57,977 57,978 57,979 57,980 57,981 57,982 57,983 57,984 57,985 57,986 57,987 57,988 2-421 58,001 58,002 58,003 58,004 58,005 58,006 58,007 58,008 58,009 58,010 58,011 58,012 58,013 2-422 58,026 58,027 58,028 58,029 58,030 58,031 58,032 58,033 58,034 58,035 58,036 58,037 58,038 2-423 58,051 58,052 58,053 58,054 58,055 58,056 58,057 58,058 58,059 58,060 58,061 58,062 58,063 2-424 58,076 58,077 58,078 58,079 58,080 58,081 58,082 58,083 58,084 58,085 58,086 58,087 58,088 2-425 58,101 58,102 58,103 58,104 58,105 58,106 58,107 58,108 58,109 58,110 58,111 58,112 58,113 2-426 58,126 58,127 58,128 58,129 58,130 58,131 58,132 58,133 58,134 58,135 58,136 58,137 58,138 2-427 58,151 58,152 58,153 58,154 58,155 58,156 58,157 58,158 58,159 58,160 58,161 58,162 58,163 2-428 58,176 58,177 58,178 58,179 58,180 58,181 58,182 58,183 58,184 58,185 58,186 58,187 58,188 2-429 58,201 58,202 58,203 58,204 58,205 58,206 58,207 58,208 58,209 58,210 58,211 58,212 58,213 2-430 58,226 58,227 58,228 58,229 58,230 58,231 58,232 58,233 58,234 58,235 58,236 58,237 58,238 2-431 58,251 58,252 58,253 58,254 58,255 58,256 58,257 58,258 58,259 58,260 58,261 58,262 58,263 2-432 58,276 58,277 58,278 58,279 58,280 58,281 58,282 58,283 58,284 58,285 58,286 58,287 58,288 2-433 58,301 58,302 58,303 58,304 58,305 58,306 58,307 58,308 58,309 58,310 58,311 58,312 58,313 2-434 58,326 58,327 58,328 58,329 58,330 58,331 58,332 58,333 58,334 58,335 58,336 58,337 58,338 2-435 58,351 58,352 58,353 58,354 58,355 58,356 58,357 58,358 58,359 58,360 58,361 58,362 58,363 2-436 58,376 58,377 58,378 58,379 58,380 58,381 58,382 58,383 58,384 58,385 58,386 58,387 58,388 2-437 58,401 58,402 58,403 58,404 58,405 58,406 58,407 58,408 58,409 58,410 58,411 58,412 58,413 2-438 58,426 58,427 58,428 58,429 58,430 58,431 58,432 58,433 58,434 58,435 58,436 58,437 58,438 2-439 58,451 58,452 58,453 58,454 58,455 58,456 58,457 58,458 58,459 58,460 58,461 58,462 58,463 2-440 58,476 58,477 58,478 58,479 58,480 58,481 58,482 58,483 58,484 58,485 58,486 58,487 58,488 Compound represented by the formula (1) 1-114 1-115 1-116 1-117 1-118 1-119 1-120 1-121 1-122 1-123 1-124 1-125 Compound 2-386 57,139 57,140 57,141 57,142 57,143 57,144 57,145 57,146 57,147 57,148 57,149 57,150 represented 2-387 57,164 57,165 57,166 57,167 57,168 57,169 57,170 57,171 57,172 57,173 57,174 57,175 by the 2-388 57,189 57,190 57,191 57,192 57,193 57,194 57,195 57,196 57,197 57,198 57,199 57,200 formula (2) 2-389 57,214 57,215 57,216 57,217 57,218 57,219 57,220 57,221 57,222 57,223 57,224 57,225 2-390 57,239 57,240 57,241 57,242 57,243 57,244 57,245 57,246 57,247 57,248 57,249 57,250 2-391 57,264 57,265 57,266 57,267 57,268 57,269 57,270 57,271 57,272 57,273 57,274 57,275 2-392 57,289 57,290 57,291 57,292 57,293 57,294 57,295 57,296 57,297 57,298 57,299 57,300 2-393 57,314 57,315 57,316 57,317 57,318 57,319 57,320 57,321 57,322 57,323 57,324 57,325 2-394 57,339 57,340 57,341 57,342 57,343 57,344 57,345 57,346 57,347 57,348 57,349 57,350 2-395 57,364 57,365 57,366 57,367 57,368 57,369 57,370 57,371 57,372 57,373 57,374 57,375 2-396 57,389 57,390 57,391 57,392 57,393 57,394 57,395 57,396 57,397 57,398 57,399 57,400 2-397 57,414 57,415 57,416 57,417 57,418 57,419 57,420 57,421 57,422 57,423 57,424 57,425 2-398 57,439 57,440 57,441 57,442 57,443 57,444 57,445 57,446 57,447 57,448 57,449 57,450 2-399 57,464 57,465 57,466 57,467 57,468 57,469 57,470 57,471 57,472 57,473 57,474 57,475 2-400 57,489 57,490 57,491 57,492 57,493 57,494 57,495 57,496 57,497 57,498 57,499 57,500 2-401 57,514 57,515 57,516 57,517 57,518 57,519 57,520 57,521 57,522 57,523 57,524 57,525 2-402 57,539 57,540 57,541 57,542 57,543 57,544 57,545 57,546 57,547 57,548 57,549 57,550 2-403 57,564 57,565 57,566 57,567 57,568 57,569 57,570 57,571 57,572 57,573 57,574 57,575 2-404 57,589 57,590 57,591 57,592 57,593 57,594 57,595 57,596 57,597 57,598 57,599 57,600 2-405 57,614 57,615 57,616 57,617 57,618 57,619 57,620 57,621 57,622 57,623 57,624 57,625 2-406 57,639 57,640 57,641 57,642 57,643 57,644 57,645 57,646 57,647 57,648 57,649 57,650 2-407 57,664 57,665 57,666 57,667 57,668 57,669 57,670 57,671 57,672 57,673 57,674 57,675 2-408 57,689 57,690 57,691 57,692 57,693 57,694 57,695 57,696 57,697 57,698 57,699 57,700 2-409 57,714 57,715 57,716 57,717 57,718 57,719 57,720 57,721 57,722 57,723 57,724 57,725 2-410 57,739 57,740 57,741 57,742 57,743 57,744 57,745 57,746 57,747 57,748 57,749 57,750 2-411 57,764 57,765 57,766 57,767 57,768 57,769 57,770 57,771 57,772 57,773 57,774 57,775 2-412 57,789 57,790 57,791 57,792 57,793 57,794 57,795 57,796 57,797 57,798 57,799 57,800 2-413 57,814 57,815 57,816 57,817 57,818 57,819 57,820 57,821 57,822 57,823 57,824 57,825 2-414 57,839 57,840 57,841 57,842 57,843 57,844 57,845 57,846 57,847 57,848 57,849 57,850 2-415 57,864 57,865 57,866 57,867 57,868 57,869 57,870 57,871 57,872 57,873 57,874 57,875 2-416 57,889 57,890 57,891 57,892 57,893 57,894 57,895 57,896 57,897 57,898 57,899 57,900 2-417 57,914 57,915 57,916 57,917 57,918 57,919 57,920 57,921 57,922 57,923 57,924 57,925 2-418 57,939 57,940 57,941 57,942 57,943 57,944 57,945 57,946 57,947 57,948 57,949 57,950 2-419 57,964 57,965 57,966 57,967 57,968 57,969 57,970 57,971 57,972 57,973 57,974 57,975 2-420 57,989 57,990 57,991 57,992 57,993 57,994 57,995 57,996 57,997 57,998 57,999 58,000 2-421 58,014 58,015 58,016 58,017 58,018 58,019 58,020 58,021 58,022 58,023 58,024 58,025 2-422 58,039 58,040 58,041 58,042 58,043 58,044 58,045 58,046 58,047 58,048 58,049 58,050 2-423 58,064 58,065 58,066 58,067 58,068 58,069 58,070 58,071 58,072 58,073 58,074 58,075 2-424 58,089 58,090 58,091 58,092 58,093 58,094 58,095 58,096 58,097 58,098 58,099 58,100 2-425 58,114 58,115 58,116 58,117 58,118 58,119 58,120 58,121 58,122 58,123 58,124 58,125 2-426 58,139 58,140 58,141 58,142 58,143 58,144 58,145 58,146 58,147 58,148 58,149 58,150 2-427 58,164 58,165 58,166 58,167 58,168 58,169 58,170 58,171 58,172 58,173 58,174 58,175 2-428 58,189 58,190 58,191 58,192 58,193 58,194 58,195 58,196 58,197 58,198 58,199 58,200 2-429 58,214 58,215 58,216 58,217 58,218 58,219 58,220 58,221 58,222 58,223 58,224 58,225 2-430 58,239 58,240 58,241 58,242 58,243 58,244 58,245 58,246 58,247 58,248 58,249 58,250 2-431 58,264 58,265 58,266 58,267 58,268 58,269 58,270 58,271 58,272 58,273 58,274 58,275 2-432 58,289 58,290 58,291 58,292 58,293 58,294 58,295 58,296 58,297 58,298 58,299 58,300 2-433 58,314 58,315 58,316 58,317 58,318 58,319 58,320 58,321 58,322 58,323 58,324 58,325 2-434 58,339 58,340 58,341 58,342 58,343 58,344 58,345 58,346 58,347 58,348 58,349 58,350 2-435 58,364 58,365 58,366 58,367 58,368 58,369 58,370 58,371 58,372 58,373 58,374 58,375 2-436 58,389 58,390 58,391 58,392 58,393 58,394 58,395 58,396 58,397 58,398 58,399 58,400 2-437 58,414 58,415 58,416 58,417 58,418 58,419 58,420 58,421 58,422 58,423 58,424 58,425 2-438 58,439 58,440 58,441 58,442 58,443 58,444 58,445 58,446 58,447 58,448 58,449 58,450 2-439 58,464 58,465 58,466 58,467 58,468 58,469 58,470 58,471 58,472 58,473 58,474 58,475 2-440 58,489 58,490 58,491 58,492 58,493 58,494 58,495 58,496 58,497 58,498 58,499 58,500

TABLE 45 Compound represented by the formula (1) 1-101 1-102 1-103 1-104 1-105 1-106 1-107 1-108 1-109 1-110 1-111 1-112 1-113 Compound 2-441 58,501 58,502 58,503 58,504 58,505 58,506 58,507 58,508 58,509 58,510 58,511 58,512 58,513 represented 2-442 58,526 58,527 58,528 58,529 58,530 58,531 58,532 58,533 58,534 58,535 58,536 58,537 58,538 by the 2-443 58,551 58,552 58,553 58,554 58,555 58,556 58,557 58,558 58,559 58,560 58,561 58,562 58,563 formula (2) 2-444 58,576 58,577 58,578 58,579 58,580 58,581 58,582 58,583 58,584 58,585 58,586 58,587 58,588 2-445 58,601 58,602 58,603 58,604 58,605 58,606 58,607 58,608 58,609 58,610 58,611 58,612 58,613 2-446 58,626 58,627 58,628 58,629 58,630 58,631 58,632 58,633 58,634 58,635 58,636 58,637 58,638 2-447 58,651 58,652 58,653 58,654 58,655 58,656 58,657 58,658 58,659 58,660 58,661 58,662 58,663 2-448 58,676 58,677 58,678 58,679 58,680 58,681 58,682 58,683 58,684 58,685 58,686 58,687 58,688 2-449 58,701 58,702 58,703 58,704 58,705 58,706 58,707 58,708 58,709 58,710 58,711 58,712 58,713 2-450 58,726 58,727 58,728 58,729 58,730 58,731 58,732 58,733 58,734 58,735 58,736 58,737 58,738 2-451 58,751 58,752 58,753 58,754 58,755 58,756 58,757 58,758 58,759 58,760 58,761 58,762 58,763 2-452 58,776 58,777 58,778 58,779 58,780 58,781 58,782 58,783 58,784 58,785 58,786 58,787 58,788 2-453 58,801 58,802 58,803 58,804 58,805 58,806 58,807 58,808 58,809 58,810 58,811 58,812 58,813 2-454 58,826 58,827 58,828 58,829 58,830 58,831 58,832 58,833 58,834 58,835 58,836 58,837 58,838 2-455 58,851 58,852 58,853 58,854 58,855 58,856 58,857 58,858 58,859 58,860 58,861 58,862 58,863 2-456 58,876 58,877 58,878 58,879 58,880 58,881 58,882 58,883 58,884 58,885 58,886 58,887 58,888 2-457 58,901 58,902 58,903 58,904 58,905 58,906 58,907 58,908 58,909 58,910 58,911 58,912 58,913 2-458 58,926 58,927 58,928 58,929 58,930 58,931 58,932 58,933 58,934 58,935 58,936 58,937 58,938 2-459 58,951 58,952 58,953 58,954 58,955 58,956 58,957 58,958 58,959 58,960 58,961 58,962 58,963 2-460 58,976 58,977 58,978 58,979 58,980 58,981 58,982 58,983 858,94 58,985 58,986 58,987 58,988 2-461 59,001 59,002 59,003 59,004 59,005 59,006 59,007 59,008 59,009 59,010 59,011 59,012 59,013 2-462 59,026 59,027 59,028 59,029 59,030 59,031 59,032 59,033 59,034 59,035 59,036 59,037 59,038 2-463 59,051 59,052 59,053 59,054 59,055 59,056 59,057 59,058 59,059 59,060 59,061 59,062 59,063 2-464 59,076 59,077 59,078 59,079 59,080 59,081 59,082 59,083 59,084 59,085 59,086 59,087 59,088 2-465 59,101 59,102 59,103 59,104 59,105 59,106 59,107 59,108 59,109 59,110 59,111 59,112 59,113 2-466 59,126 59,127 59,128 59,129 59,130 59,131 59,132 59,133 59,134 59,135 59,136 59,137 59,138 2-467 59,151 59,152 59,153 59,154 59,155 59,156 59,157 59,158 59,159 59,160 59,161 59,162 59,163 2-468 59,176 59,177 59,178 59,179 59,180 59,181 59,182 59,183 59,184 59,185 59,186 59,187 59,188 2-469 59,201 59,202 59,203 59,204 59,205 59,206 59,207 59,208 59,209 59,210 59,211 59,212 59,213 2-470 59,226 59,227 59,228 59,229 59,230 59,231 59,232 59,233 59,234 59,235 59,236 59,237 59,238 2-471 59,251 59,252 59,253 59,254 59,255 59,256 59,257 59,258 59,259 59,260 59,261 59,262 59,263 2-472 59,276 59,277 59,278 59,279 59,280 59,281 59,282 59,283 59,284 59,285 59,286 59,287 59,288 2-473 59,301 59,302 59,303 59,304 59,305 59,306 59,307 59,308 59,309 59,310 59,311 59,312 59,313 2-474 59,326 59,327 59,328 59,329 59,330 59,331 59,332 59,333 59,334 59,335 59,336 59,337 59,338 2-475 59,351 59,352 59,353 59,354 59,355 59,356 59,357 59,358 59,359 59,360 59,361 59,362 59,363 Compound represented by the formula (1) 1-114 1-115 1-116 1-117 1-118 1-119 1-120 1-121 1-122 1-123 1-124 1-125 Compound 2-441 58,514 58,515 58,516 58,517 58,518 58,519 58,520 58,521 58,522 58,523 58,524 58,525 represented 2-442 58,539 58,540 58,541 58,542 58,543 58,544 58,545 58,546 58,547 58,548 58,549 58,550 by the 2-443 58,564 58,565 58,566 58,567 58,568 58,569 58,570 58,571 58,572 58,573 58,574 58,575 formula (2) 2-444 58,589 58,590 58,591 58,592 58,593 58,594 58,595 58,596 58,597 58,598 58,599 58,600 2-445 58,614 58,615 58,616 58,617 58,618 58,619 58,620 58,621 58,622 58,623 58,624 58,625 2-446 58,639 58,640 58,641 58,642 58,643 58,644 58,645 58,646 58,647 58,648 58,649 58,650 2-447 58,664 58,665 58,666 58,667 58,668 58,669 58,670 58,671 58,672 58,673 58,674 58,675 2-448 58,689 58,690 58,691 58,692 58,693 58,694 58,695 58,696 58,697 58,698 58,699 58,700 2-449 58,714 58,715 58,716 58,717 58,718 58,719 58,720 58,721 58,722 58,723 58,724 58,725 2-450 58,739 58,740 58,741 58,742 58,743 58,744 58,745 58,746 58,747 58,748 58,749 58,750 2-451 58,764 58,765 58,766 58,767 58,768 58,769 58,770 58,771 58,772 58,773 58,774 58,775 2-452 58,789 58,790 58,791 58,792 58,793 58,794 58,795 58,796 58,797 58,798 58,799 58,800 2-453 58,814 58,815 58,816 58,817 58,818 58,819 58,820 58,821 58,822 58,823 58,824 58,825 2-454 58,839 58,840 58,841 58,842 58,843 58,844 58,845 58,846 58,847 58,848 58,849 58,850 2-455 58,864 58,865 58,866 58,867 58,868 58,869 58,870 58,871 58,872 58,873 58,874 58,875 2-456 58,889 58,890 58,891 58,892 58,893 58,894 58,895 58,896 58,897 58,898 58,899 58,900 2-457 58,914 58,915 58,916 58,917 58,918 58,919 58,920 58,921 58,922 58,923 58,924 58,925 2-458 58,939 58,940 58,941 58,942 58,943 58,944 58,945 58,946 58,947 58,948 58,949 58,950 2-459 58,964 58,965 58,966 58,967 58,968 58,969 58,970 58,971 58,972 58,973 58,974 58,975 2-460 58,989 58,990 58,991 58,992 58,993 58,994 58,995 58,996 58,997 58,998 58,999 59,000 2-461 59,014 59,015 59,016 59,017 59,018 59,019 59,020 59,021 59,022 59,023 59,024 59,025 2-462 59,039 59,040 59,041 59,042 59,043 59,044 59,045 59,046 59,047 59,048 59,049 59,050 2-463 59,064 59,065 59,066 59,067 59,068 59,069 59,070 59,071 59,072 59,073 59,074 59,075 2-464 59,089 59,090 59,091 59,092 59,093 59,094 59,095 59,096 59,097 59,098 59,099 59,100 2-465 59,114 59,115 59,116 59,117 59,118 59,119 59,120 59,121 59,122 59,123 59,124 59,125 2-466 59,139 59,140 59,141 59,142 59,143 59,144 59,145 59,146 59,147 59,148 59,149 59,150 2-467 59,164 59,165 59,166 59,167 59,168 59,169 59,170 59,171 59,172 59,173 59,174 59,175 2-468 59,189 59,190 59,191 59,192 59,193 59,194 59,195 59,196 59,197 59,198 59,199 59,200 2-469 59,214 59,215 59,216 59,217 59,218 59,219 59,220 59,221 59,222 59,223 59,224 59,225 2-470 59,239 59,240 59,241 59,242 59,243 59,244 59,245 59,246 59,247 59,248 59,249 59,250 2-471 59,264 59,265 59,266 59,267 59,268 59,269 59,270 59,271 59,272 59,273 59,274 59,275 2-472 59,289 59,290 59,291 59,292 59,293 59,294 59,295 59,296 59,297 59,298 59,299 59,300 2-473 59,314 59,315 59,316 59,317 59,318 59,319 59,320 59,321 59,322 59,323 59,324 59,325 2-474 59,339 59,340 59,341 59,342 59,343 59,344 59,345 59,346 59,347 59,348 59,349 59,350 2-475 59,364 59,365 59,366 59,367 59,368 59,369 59,370 59,371 59,372 59,373 59,374 59,375

TABLE 46 Compound represented by the formula (1) 1-126 1-127 1-128 1-129 1-130 1-131 1-132 1-133 1-134 1-135 1-136 1-137 1-138 Compound 2-1  59,376 59,377 59,378 59,379 59,380 59,381 59,382 59,383 59,384 59,385 59,386 59,387 59,388 represented 2-2  59,401 59,402 59,403 59,404 59,405 59,406 59,407 59,408 59,409 59,410 59,411 59,412 59,413 by the 2-3  59,426 59,427 59,428 59,429 59,430 59,431 59,432 59,433 59,434 59,435 59,436 59,437 59,438 formula (2) 2-4  59,451 59,452 59,453 59,454 59,455 59,456 59,457 59,458 59,459 59,460 59,461 59,462 59,463 2-5  59,476 59,477 59,478 59,479 59,480 59,481 59,482 59,483 59,484 59,485 59,486 59,487 59,488 2-6  59,501 59,502 59,503 59,504 59,505 59,506 59,507 59,508 59,509 59,510 59,511 59,512 59,513 2-7  59,526 59,527 59,528 59,529 59,530 59,531 59,532 59,533 59,534 59,535 59,536 59,537 59,538 2-8  59,551 59,552 59,553 59,554 59,555 59,556 59,557 59,558 59,559 59,560 59,561 59,562 59,563 2-9  59,576 59,577 59,578 59,579 59,580 59,581 59,582 59,583 59,584 59,585 59,586 59,587 59,588 2-10 59,601 59,602 59,603 59,604 59,605 59,606 59,607 59,608 59,609 59,610 59,611 59,612 59,613 2-11 59,626 59,627 59,628 59,629 59,630 59,631 59,632 59,633 59,634 59,635 59,636 59,637 59,638 2-12 59,651 59,652 59,653 59,654 59,655 59,656 59,657 59,658 59,659 59,660 59,661 59,662 59,663 2-13 59,676 59,677 59,678 59,679 59,680 59,681 59,682 59,683 59,684 59,685 59,686 59,687 59,688 2-14 59,701 59,702 59,703 59,704 59,705 59,706 59,707 59,708 59,709 59,710 59,711 59,712 59,713 2-15 59,726 59,727 59,728 59,729 59,730 59,731 59,732 59,733 59,734 59,735 59,736 59,737 59,738 2-16 59,751 59,752 59,753 59,754 59,755 59,756 59,757 59,758 59,759 59,760 59,761 59,762 59,763 2-17 59,776 59,777 59,778 59,779 59,780 59,781 59,782 59,783 59,784 59,785 59,786 59,787 59,788 2-18 59,801 59,802 59,803 59,804 59,805 59,806 59,807 59,808 59,809 59,810 59,811 59,812 59,813 2-19 59,826 59,827 59,828 59,829 59,830 59,831 59,832 59,833 59,834 59,835 59,836 59,837 59,838 2-20 59,851 59,852 59,853 59,854 59,855 59,856 59,857 59,858 59,859 59,860 59,861 59,862 59,863 2-21 59,876 59,877 59,878 59,879 59,880 59,881 59,882 59,883 59,884 59,885 59,886 59,887 59,888 2-22 59,901 59,902 59,903 59,904 59,905 59,906 59,907 59,908 59,909 59,910 59,911 59,912 59,913 2-23 59,926 59,927 59,928 59,929 59,930 59,931 59,932 59,933 59,934 59,935 59,936 59,937 59,938 2-24 59,951 59,952 59,953 59,954 59,955 59,956 59,957 59,958 59,959 59,960 59,961 59,962 59,963 2-25 59,976 59,977 59,978 59,979 59,980 59,981 59,982 59,983 59,984 59,985 59,986 59,987 59,988 2-26 60,001 60,002 60,003 60,004 60,005 60,006 60,007 60,008 60,009 60,010 60,011 60,012 60,013 2-27 60,026 60,027 60,028 60,029 60,030 60,031 60,032 60,033 60,034 60,035 60,036 60,037 60,038 2-28 60,051 60,052 60,053 60,054 60,055 60,056 60,057 60,058 60,059 60,060 60,061 60,062 60,063 2-29 60,076 60,077 60,078 60,079 60,080 60,081 60,082 60,083 60,084 60,085 60,086 60,087 60,088 2-30 60,101 60,102 60,103 60,104 60,105 60,106 60,107 60,108 60,109 60,110 60,111 60,112 60,113 2-31 60,126 60,127 60,128 60,129 60,130 60,131 60,132 60,133 60,134 60,135 60,136 60,137 60,138 2-32 60,151 60,152 60,153 60,154 60,155 60,156 60,157 60,158 60,159 60,160 60,161 60,162 60,163 2-33 60,176 60,177 60,178 60,179 60,180 60,181 60,182 60,183 60,184 60,185 60,186 60,187 60,188 2-34 60,201 60,202 60,203 60,204 60,205 60,206 60,207 60,208 60,209 60,210 60,211 60,212 60,213 2-35 60,226 60,227 60,228 60,229 60,230 60,231 60,232 60,233 60,234 60,235 60,236 60,237 60,238 2-36 60,251 60,252 60,253 60,254 60,255 60,256 60,257 60,258 60,259 60,260 60,261 60,262 60,263 2-37 60,276 60,277 60,278 60,279 60,280 60,281 60,282 60,283 60,284 60,285 60,286 60,287 60,288 2-38 60,301 60,302 60,303 60,304 60,305 60,306 60,307 60,308 60,309 60,310 60,311 60,312 60,313 2-39 60,326 60,327 60,328 60,329 60,330 60,331 60,332 60,333 60,334 60,335 60,336 60,337 60,338 2-40 60,351 60,352 60,353 60,354 60,355 60,356 60,357 60,358 60,359 60,360 60,361 60,362 60,363 2-41 60,376 60,377 60,378 60,379 60,380 60,381 60,382 60,383 60,384 60,385 60,386 60,387 60,388 2-42 60,401 60,402 60,403 60,404 60,405 60,406 60,407 60,408 60,409 60,410 60,411 60,412 60,413 2-43 60,426 60,427 60,428 60,429 60,430 60,431 60,432 60,433 60,434 60,435 60,436 60,437 60,438 2-44 60,451 60,452 60,453 60,454 60,455 60,456 60,457 60,458 60,459 60,460 60,461 60,462 60,463 2-45 60,476 60,477 60,478 60,479 60,480 60,481 60,482 60,483 60,484 60,485 60,486 60,487 60,488 2-46 60,501 60,502 60,503 60,504 60,505 60,506 60,507 60,508 60,509 60,510 60,511 60,512 60,513 2-47 60,526 60,527 60,528 60,529 60,530 60,531 60,532 60,533 60,534 60,535 60,536 60,537 60,538 2-48 60,551 60,552 60,553 60,554 60,555 60,556 60,557 60,558 60,559 60,560 60,561 60,562 60,563 2-49 60,576 60,577 60,578 60,579 60,580 60,581 60,582 60,583 60,584 60,585 60,586 60,587 60,588 2-50 60,601 60,602 60,603 60,604 60,605 60,606 60,607 60,608 60,609 60,610 60,611 60,612 60,613 2-51 60,626 60,627 60,628 60,629 60,630 60,631 60,632 60,633 60,634 60,635 60,636 60,637 60,638 2-52 60,651 60,652 60,653 60,654 60,655 60,656 60,657 60,658 60,659 60,660 60,661 60,662 60,663 2-53 60,676 60,677 60,678 60,679 60,680 60,681 60,682 60,683 60,684 60,685 60,686 60,687 60,688 2-54 60,701 60,702 60,703 60,704 60,705 60,706 60,707 60,708 60,709 60,710 60,711 60,712 60,713 2-55 60,726 60,727 60,728 60,729 60,730 60,731 60,732 60,733 60,734 60,735 60,736 60,737 60,738 Compound represented by the formula (1) 1-139 1-140 1-141 1-142 1-143 1-144 1-145 1-146 1-147 1-148 1-149 1-150 Compound 2-1  59,389 59,390 59,391 59,392 59,393 59,394 59,395 59,396 59,397 59,398 59,399 59,400 represented 2-2  59,414 59,415 59,416 59,417 59,418 59,419 59,420 59,421 59,422 59,423 59,424 59,425 by the 2-3  59,439 59,440 59,441 59,442 59,443 59,444 59,445 59,446 59,447 59,448 59,449 59,450 formula (2) 2-4  59,464 59,465 59,466 59,467 59,468 59,469 59,470 59,471 59,472 59,473 59,474 59,475 2-5  59,489 59,490 59,491 59,492 59,493 59,494 59,495 59,496 59,497 59,498 59,499 59,500 2-6  59,514 59,515 59,516 59,517 59,518 59,519 59,520 59,521 59,522 59,523 59,524 59,525 2-7  59,539 59,540 59,541 59,542 59,543 59,544 59,545 59,546 59,547 59,548 59,549 59,550 2-8  59,564 59,565 59,566 59,567 59,568 59,569 59,570 59,571 59,572 59,573 59,574 59,575 2-9  59,589 59,590 59,591 59,592 59,593 59,594 59,595 59,596 59,597 59,598 59,599 59,600 2-10 59,614 59,615 59,616 59,617 59,618 59,619 59,620 59,621 59,622 59,623 59,624 59,625 2-11 59,639 59,640 59,641 59,642 59,643 59,644 59,645 59,646 59,647 59,648 59,649 59,650 2-12 59,664 59,665 59,666 59,667 59,668 59,669 59,670 59,671 59,672 59,673 59,674 59,675 2-13 59,689 59,690 59,691 59,692 59,693 59,694 59,695 59,696 59,697 59,698 59,699 59,700 2-14 59,714 59,715 59,716 59,717 59,718 59,719 59,720 59,721 59,722 59,723 59,724 59,725 2-15 59,739 59,740 59,741 59,742 59,743 59,744 59,745 59,746 59,747 59,748 59,749 59,750 2-16 59,764 59,765 59,766 59,767 59,768 59,769 59,770 59,771 59,772 59,773 59,774 59,775 2-17 59,789 59,790 59,791 59,792 59,793 59,794 59,795 59,796 59,797 59,798 59,799 59,800 2-18 59,814 59,815 59,816 59,817 59,818 59,819 59,820 59,821 59,822 59,823 59,824 59,825 2-19 59,839 59,840 59,841 59,842 59,843 59,844 59,845 59,846 59,847 59,848 59,849 59,850 2-20 59,864 59,865 59,866 59,867 59,868 59,869 59,870 59,871 59,872 59,873 59,874 59,875 2-21 59,889 59,890 59,891 59,892 59,893 59,894 59,895 59,896 59,897 59,898 59,899 59,900 2-22 59,914 59,915 59,916 59,917 59,918 59,919 59,920 59,921 59,922 59,923 59,924 59,925 2-23 59,939 59,940 59,941 59,942 59,943 59,944 59,945 59,946 59,947 59,948 59,949 59,950 2-24 59,964 59,965 59,966 59,967 59,968 59,969 59,970 59,971 59,972 59,973 59,974 59,975 2-25 59,989 59,990 59,991 59,992 59,993 59,994 59,995 59,996 59,997 59,998 59,999 60,000 2-26 60,014 60,015 60,016 60,017 60,018 60,019 60,020 60,021 60,022 60,023 60,024 60,025 2-27 60,039 60,040 60,041 60,042 60,043 60,044 60,045 60,046 60,047 60,048 60,049 60,050 2-28 60,064 60,065 60,066 60,067 60,068 60,069 60,070 60,071 60,072 60,073 60,074 60,075 2-29 60,089 60,090 60,091 60,092 60,093 60,094 60,095 60,096 60,097 60,098 60,099 60,100 2-30 60,114 60,115 60,116 60,117 60,118 60,119 60,120 60,121 60,122 60,123 60,124 60,125 2-31 60,139 60,140 60,141 60,142 60,143 60,144 60,145 60,146 60,147 60,148 60,149 60,150 2-32 60,164 60,165 60,166 60,167 60,168 60,169 60,170 60,171 60,172 60,173 60,174 60,175 2-33 60,189 60,190 60,191 60,192 60,193 60,194 60,195 60,196 60,197 60,198 60,199 60,200 2-34 60,214 60,215 60,216 60,217 60,218 60,219 60,220 60,221 60,222 60,223 60,224 60,225 2-35 60,239 60,240 60,241 60,242 60,243 60,244 60,245 60,246 60,247 60,248 60,249 60,250 2-36 60,264 60,265 60,266 60,267 60,268 60,269 60,270 60,271 60,272 60,273 60,274 60,275 2-37 60,289 60,290 60,291 60,292 60,293 60,294 60,295 60,296 60,297 60,298 60,299 60,300 2-38 60,314 60,315 60,316 60,317 60,318 60,319 60,320 60,321 60,322 60,323 60,324 60,325 2-39 60,339 60,340 60,341 60,342 60,343 60,344 60,345 60,346 60,347 60,348 60,349 60,350 2-40 60,364 60,365 60,366 60,367 60,368 60,369 60,370 60,371 60,372 60,373 60,374 60,375 2-41 60,389 60,390 60,391 60,392 60,393 60,394 60,395 60,396 60,397 60,398 60,399 60,400 2-42 60,414 60,415 60,416 60,417 60,418 60,419 60,420 60,421 60,422 60,423 60,424 60,425 2-43 60,439 60,440 60,441 60,442 60,443 60,444 60,445 60,446 60,447 60,448 60,449 60,450 2-44 60,464 60,465 60,466 60,467 60,468 60,469 60,470 60,471 60,472 60,473 60,474 60,475 2-45 60,489 60,490 60,491 60,492 60,493 60,494 60,495 60,496 60,497 60,498 60,499 60,500 2-46 60,514 60,515 60,516 60,517 60,518 60,519 60,520 60,521 60,522 60,523 60,524 60,525 2-47 60,539 60,540 60,541 60,542 60,543 60,544 60,545 60,546 60,547 60,548 60,549 60,550 2-48 60,564 60,565 60,566 60,567 60,568 60,569 60,570 60,571 60,572 60,573 60,574 60,575 2-49 60,589 60,590 60,591 60,592 60,593 60,594 60,595 60,596 60,597 60,598 60,599 60,600 2-50 60,614 60,615 60,616 60,617 60,618 60,619 60,620 60,621 60,622 60,623 60,624 60,625 2-51 60,639 60,640 60,641 60,642 60,643 60,644 60,645 60,646 60,647 60,648 60,649 60,650 2-52 60,664 60,665 60,666 60,667 60,668 60,669 60,670 60,671 60,672 60,673 60,674 60,675 2-53 60,689 60,690 60,691 60,692 60,693 60,694 60,695 60,696 60,697 60,698 60,699 60,700 2-54 60,714 60,715 60,716 60,717 60,718 60,719 60,720 60,721 60,722 60,723 60,724 60,725 2-55 60,739 60,740 60,741 60,742 60,743 60,744 60,745 60,746 60,747 60,748 60,749 60,750

TABLE 47 Compound represented by the formula (1) 1-126 1-127 1-128 1-129 1-130 1-131 1-132 1-133 1-134 1-135 1-136 1-137 1-138 Compound 2-56  60,751 60,752 60,753 60,754 60,755 60,756 60,757 60,758 60,759 60,760 60,761 60,762 60,763 represented 2-57  60,776 60,777 60,778 60,779 60,780 60,781 60,782 60,783 60,784 60,785 60,786 60,787 60,788 by the 2-58  60,801 60,802 60,803 60,804 60,805 60,806 60,807 60,808 60,809 60,810 60,811 60,812 60,813 formula (2) 2-59  60,826 60,827 60,828 60,829 60,830 60,831 60,832 60,833 60,834 60,835 60,836 60,837 60,838 2-60  60,851 60,852 60,853 60,854 60,855 60,856 60,857 60,858 60,859 60,860 60,861 60,862 60,863 2-61  60,876 60,877 60,878 60,879 60,880 60,881 60,882 60,883 60,884 60,885 60,886 60,887 60,888 2-62  60,901 60,902 60,903 60,904 60,905 60,906 60,907 60,908 60,909 60,910 60,911 60,912 60,913 2-63  60,926 60,927 60,928 60,929 60,930 60,931 60,932 60,933 60,934 60,935 60,936 60,937 60,938 2-64  60,951 60,952 60,953 60,954 60,955 60,956 60,957 60,958 60,959 60,960 60,961 60,962 60,963 2-65  60,976 60,977 60,978 60,979 60,980 60,981 60,982 60,983 60,984 60,985 60,986 60,987 60,988 2-66  61,001 61,002 61,003 61,004 61,005 61,006 61,007 61,008 61,009 61,010 61,011 61,012 61,013 2-67  61,026 61,027 61,028 61,029 61,030 61,031 61,032 61,033 61,034 61,035 61,036 61,037 61,038 2-68  61,051 61,052 61,053 61,054 61,055 61,056 61,057 61,058 61,059 61,060 61,061 61,062 61,063 2-69  61,076 61,077 61,078 61,079 61,080 61,081 61,082 61,083 61,084 61,085 61,086 61,087 61,088 2-70  61,101 61,102 61,103 61,104 61,105 61,106 61,107 61,108 61,109 61,110 61,111 61,112 61,113 2-71  61,126 61,127 61,128 61,129 61,130 61,131 61,132 61,133 61,134 61,135 61,136 61,137 61,138 2-72  61,151 61,152 61,153 61,154 61,155 61,156 61,157 61,158 61,159 61,160 61,161 61,162 61,163 2-73  61,176 61,177 61,178 61,179 61,180 61,181 61,182 61,183 61,184 61,185 61,186 61,187 61,188 2-74  61,201 61,202 61,203 61,204 61,205 61,206 61,207 61,208 61,209 61,210 61,211 61,212 61,213 2-75  61,226 61,227 61,228 61,229 61,230 61,231 61,232 61,233 61,234 61,235 61,236 61,237 61,238 2-76  61,251 61,252 61,253 61,254 61,255 61,256 61,257 61,258 61,259 61,260 61,261 61,262 61,263 2-77  61,276 61,277 61,278 61,279 61,280 61,281 61,282 61,283 61,284 61,285 61,286 61,287 61,288 2-78  61,301 61,302 61,303 61,304 61,305 61,306 61,307 61,308 61,309 61,310 61,311 61,312 61,313 2-79  61,326 61,327 61,328 61,329 61,330 61,331 61,332 61,333 61,334 61,335 61,336 61,337 61,338 2-80  61,351 61,352 61,353 61,354 61,355 61,356 61,357 61,358 61,359 61,360 61,361 61,362 61,363 2-81  61,376 61,377 61,378 61,379 61,380 61,381 61,382 61,383 61,384 61,385 61,386 61,387 61,388 2-82  61,401 61,402 61,403 61,404 61,405 61,406 61,407 61,408 61,409 61,410 61,411 61,412 61,413 2-83  61,426 61,427 61,428 61,429 61,430 61,431 61,432 61,433 61,434 61,435 61,436 61,437 61,438 2-84  61,451 61,452 61,453 61,454 61,455 61,456 61,457 61,458 61,459 61,460 61,461 61,462 61,463 2-85  61,476 61,477 61,478 61,479 61,480 61,481 61,482 61,483 61,484 61,485 61,486 61,487 61,488 2-86  61,501 61,502 61,503 61,504 61,505 61,506 61,507 61,508 61,509 61,510 61,511 61,512 61,513 2-87  61,526 61,527 61,528 61,529 61,530 61,531 61,532 61,533 61,534 61,535 61,536 61,537 61,538 2-88  61,551 61,552 61,553 61,554 61,555 61,556 61,557 61,558 61,559 61,560 61,561 61,562 61,563 2-89  61,576 61,577 61,578 61,579 61,580 61,581 61,582 61,583 61,584 61,585 61,586 61,587 61,588 2-90  61,601 61,602 61,603 61,604 61,605 61,606 61,607 61,608 61,609 61,610 61,611 61,612 61,613 2-91  61,626 61,627 61,628 61,629 61,630 61,631 61,632 61,633 61,634 61,635 61,636 61,637 61,638 2-92  61,651 61,652 61,653 61,654 61,655 61,656 61,657 61,658 61,659 61,660 61,661 61,662 61,663 2-93  61,676 61,677 61,678 61,679 61,680 61,681 61,682 61,683 61,684 61,685 61,686 61,687 61,688 2-94  61,701 61,702 61,703 61,704 61,705 61,706 61,707 61,708 61,709 61,710 61,711 61,712 61,713 2-95  61,726 61,727 61,728 61,729 61,730 61,731 61,732 61,733 61,734 61,735 61,736 61,737 61,738 2-96  61,751 61,752 61,753 61,754 61,755 61,756 61,757 61,758 61,759 61,760 61,761 61,762 61,763 2-97  61,776 61,777 61,778 61,779 61,780 61,781 61,782 61,783 61,784 61,785 61,786 61,787 61,788 2-98  61,801 61,802 61,803 61,804 61,805 61,806 61,807 61,808 61,809 61,810 61,811 61,812 61,813 2-99  61,826 61,827 61,828 61,829 61,830 61,831 61,832 61,833 61,834 61,835 61,836 61,837 61,838 2-100 61,851 61,852 61,853 61,854 61,855 61,856 61,857 61,858 61,859 61,860 61,861 61,862 61,863 2-101 61,876 61,877 61,878 61,879 61,880 61,881 61,882 61,883 61,884 61,885 61,886 61,887 61,888 2-102 61,901 61,902 61,903 61,904 61,905 61,906 61,907 61,908 61,909 61,910 61,911 61,912 61,913 2-103 61,926 61,927 61,928 61,929 61,930 61,931 61,932 61,933 61,934 61,935 61,936 61,937 61,938 2-104 61,951 61,952 61,953 61,954 61,955 61,956 61,957 61,958 61,959 61,960 61,961 61,962 61,963 2-105 61,976 61,977 61,978 61,979 61,980 61,981 61,982 61,983 61,984 61,985 61,986 61,987 61,988 2-106 62,001 62,002 62,003 62,004 62,005 62,006 62,007 62,008 62,009 62,010 62,011 62,012 62,013 2-107 62,026 62,027 62,028 62,029 62,030 62,031 62,032 62,033 62,034 62,035 62,036 62,037 62,038 2-108 62,051 62,052 62,053 62,054 62,055 62,056 62,057 62,058 62,059 62,060 62,061 62,062 62,063 2-109 62,076 62,077 62,078 62,079 62,080 62,081 62,082 62,083 62,084 62,085 62,086 62,087 62,088 2-110 62,101 62,102 62,103 62,104 62,105 62,106 62,107 62,108 62,109 62,110 62,111 62,112 62,113 Compound represented by the formula (1) 1-139 1-140 1-141 1-142 1-143 1-144 1-145 1-146 1-147 1-148 1-149 1-150 Compound 2-56  60,764 60,765 60,766 60,767 60,768 60,769 60,770 60,771 60,772 60,773 60,774 60,775 represented 2-57  60,789 60,790 60,791 60,792 60,793 60,794 60,795 60,796 60,797 60,798 60,799 60,800 by the 2-58  60,814 60,815 60,816 60,817 60,818 60,819 60,820 60,821 60,822 60,823 60,824 60,825 formula (2) 2-59  60,839 60,840 60,841 60,842 60,843 60,844 60,845 60,846 60,847 60,848 60,849 60,850 2-60  60,864 60,865 60,866 60,867 60,868 60,869 60,870 60,871 60,872 60,873 60,874 60,875 2-61  60,889 60,890 60,891 60,892 60,893 60,894 60,895 60,896 60,897 60,898 60,899 60,900 2-62  60,914 60,915 60,916 60,917 60,918 60,919 60,920 60,921 60,922 60,923 60,924 60,925 2-63  60,939 60,940 60,941 60,942 60,943 60,944 60,945 60,946 60,947 60,948 60,949 60,950 2-64  60,964 60,965 60,966 60,967 60,968 60,969 60,970 60,971 60,972 60,973 60,974 60,975 2-65  60,989 60,990 60,991 60,992 60,993 60,994 60,995 60,996 60,997 60,998 60,999 61,000 2-66  61,014 61,015 61,016 61,017 61,018 61,019 61,020 61,021 61,022 61,023 61,024 61,025 2-67  61,039 61,040 61,041 61,042 61,043 61,044 61,045 61,046 61,047 61,048 61,049 61,050 2-68  61,064 61,065 61,066 61,067 61,068 61,069 61,070 61,071 61,072 61,073 61,074 61,075 2-69  61,089 61,090 61,091 61,092 61,093 61,094 61,095 61,096 61,097 61,098 61,099 61,100 2-70  61,114 61,115 61,116 61,117 61,118 61,119 61,120 61,121 61,122 61,123 61,124 61,125 2-71  61,139 61,140 61,141 61,142 61,143 61,144 61,145 61,146 61,147 61,148 61,149 61,150 2-72  61,164 61,165 61,166 61,167 61,168 61,169 61,170 61,171 61,172 61,173 61,174 61,175 2-73  61,189 61,190 61,191 61,192 61,193 61,194 61,195 61,196 61,197 61,198 61,199 61,200 2-74  61,214 61,215 61,216 61,217 61,218 61,219 61,220 61,221 61,222 61,223 61,224 61,225 2-75  61,239 61,240 61,241 61,242 61,243 61,244 61,245 61,246 61,247 61,248 61,249 61,250 2-76  61,264 61,265 61,266 61,267 61,268 61,269 61,270 61,271 61,272 61,273 61,274 61,275 2-77  61,289 61,290 61,291 61,292 61,293 61,294 61,295 61,296 61,297 61,298 61,299 61,300 2-78  61,314 61,315 61,316 61,317 61,318 61,319 61,320 61,321 61,322 61,323 61,324 61,325 2-79  61,339 61,340 61,341 61,342 61,343 61,344 61,345 61,346 61,347 61,348 61,349 61,350 2-80  61,364 61,365 61,366 61,367 61,368 61,369 61,370 61,371 61,372 61,373 61,374 61,375 2-81  61,389 61,390 61,391 61,392 61,393 61,394 61,395 61,396 61,397 61,398 61,399 61,400 2-82  61,414 61,415 61,416 61,417 61,418 61,419 61,420 61,421 61,422 61,423 61,424 61,425 2-83  61,439 61,440 61,441 61,442 61,443 61,444 61,445 61,446 61,447 61,448 61,449 61,450 2-84  61,464 61,465 61,466 61,467 61,468 61,469 61,470 61,471 61,472 61,473 61,474 61,475 2-85  61,489 61,490 61,491 61,492 61,493 61,494 61,495 61,496 61,497 61,498 61,499 61,500 2-86  61,514 61,515 61,516 61,517 61,518 61,519 61,520 61,521 61,522 61,523 61,524 61,525 2-87  61,539 61,540 61,541 61,542 61,543 61,544 61,545 61,546 61,547 61,548 61,549 61,550 2-88  61,564 61,565 61,566 61,567 61,568 61,569 61,570 61,571 61,572 61,573 61,574 61,575 2-89  61,589 61,590 61,591 61,592 61,593 61,594 61,595 61,596 61,597 61,598 61,599 61,600 2-90  61,614 61,615 61,616 61,617 61,618 61,619 61,620 61,621 61,622 61,623 61,624 61,625 2-91  61,639 61,640 61,641 61,642 61,643 61,644 61,645 61,646 61,647 61,648 61,649 61,650 2-92  61,664 61,665 61,666 61,667 61,668 61,669 61,670 61,671 61,672 61,673 61,674 61,675 2-93  61,689 61,690 61,691 61,692 61,693 61,694 61,695 61,696 61,697 61,698 61,699 61,700 2-94  61,714 61,715 61,716 61,717 61,718 61,719 61,720 61,721 61,722 61,723 61,724 61,725 2-95  61,739 61,740 61,741 61,742 61,743 61,744 61,745 61,746 61,747 61,748 61,749 61,750 2-96  61,764 61,765 61,766 61,767 61,768 61,769 61,770 61,771 61,772 61,773 61,774 61,775 2-97  61,789 61,790 61,791 61,792 61,793 61,794 61,795 61,796 61,797 61,798 61,799 61,800 2-98  61,814 61,815 61,816 61,817 61,818 61,819 61,820 61,821 61,822 61,823 61,824 61,825 2-99  61,839 61,840 61,841 61,842 61,843 61,844 61,845 61,846 61,847 61,848 61,849 61,850 2-100 61,864 61,865 61,866 61,867 61,868 61,869 61,870 61,871 61,872 61,873 61,874 61,875 2-101 61,889 61,890 61,891 61,892 61,893 61,894 61,895 61,896 61,897 61,898 61,899 61,900 2-102 61,914 61,915 61,916 61,917 61,918 61,919 61,920 61,921 61,922 61,923 61,924 61,925 2-103 61,939 61,940 61,941 61,942 61,943 61,944 61,945 61,946 61,947 61,948 61,949 61,950 2-104 61,964 61,965 61,966 61,967 61,968 61,969 61,970 61,971 61,972 61,973 61,974 61,975 2-105 61,989 61,990 61,991 61,992 61,993 61,994 61,995 61,996 61,997 61,998 61,999 62,000 2-106 62,014 62,015 62,016 62,017 62,018 62,019 62,020 62,021 62,022 62,023 62,024 62,025 2-107 62,039 62,040 62,041 62,042 62,043 62,044 62,045 62,046 62,047 62,048 62,049 62,050 2-108 62,064 62,065 62,066 62,067 62,068 62,069 62,070 62,071 62,072 62,073 62,074 62,075 2-109 62,089 62,090 62,091 62,092 62,093 62,094 62,095 62,096 62,097 62,098 62,099 62,100 2-110 62,114 62,115 62,116 62,117 62,118 62,119 62,120 62,121 62,122 62,123 62,124 62,125

TABLE 48 Compound represented by the formula (1) 1-126 1-127 1-128 1-129 1-130 1-131 1-132 1-133 1-134 1-135 1-136 1-137 1-138 Compound 2-111 62,126 62,127 62,128 62,129 62,130 62,131 62,132 62,133 62,134 62,135 62,136 62,137 62,138 represented 2-112 62,151 62,152 62,153 62,154 62,155 62,156 62,157 62,158 62,159 62,160 62,161 62,162 62,163 by the 2-113 62,176 62,177 62,178 62,179 62,180 62,181 62,182 62,183 62,184 62,185 62,186 62,187 62,188 formula (2) 2-114 62,201 62,202 62,203 62,204 62,205 62,206 62,207 62,208 62,209 62,210 62,211 62,212 62,213 2-115 62,226 62,227 62,228 62,229 62,230 62,231 62,232 62,233 62,234 62,235 62,236 62,237 62,238 2-116 62,251 62,252 62,253 62,254 62,255 62,256 62,257 62,258 62,259 62,260 62,261 62,262 62,263 2-117 62,276 62,277 62,278 62,279 62,280 62,281 62,282 62,283 62,284 62,285 62,286 62,287 62,288 2-118 62,301 62,302 62,303 62,304 62,305 62,306 62,307 62,308 62,309 62,310 62,311 62,312 62,313 2-119 62,326 62,327 62,328 62,329 62,330 62,331 62,332 62,333 62,334 62,335 62,336 62,337 62,338 2-120 62,351 62,352 62,353 62,354 62,355 62,356 62,357 62,358 62,359 62,360 62,361 62,362 62,363 2-121 62,376 62,377 62,378 62,379 62,380 62,381 62,382 62,383 62,384 62,385 62,386 62,387 62,388 2-122 62,401 62,402 62,403 62,404 62,405 62,406 62,407 62,408 62,409 62,410 62,411 62,412 62,413 2-123 62,426 62,427 62,428 62,429 62,430 62,431 62,432 62,433 62,434 62,435 62,436 62,437 62,438 2-124 62,451 62,452 62,453 62,454 62,455 62,456 62,457 62,458 62,459 62,460 62,461 62,462 62,463 2-125 62,476 62,477 62,478 62,479 62,480 62,481 62,482 62,483 62,484 62,485 62,486 62,487 62,488 2-126 62,501 62,502 62,503 62,504 62,505 62,506 62,507 62,508 62,509 62,510 62,511 62,512 62,513 2-127 62,526 62,527 62,528 62,529 62,530 62,531 62,532 62,533 62,534 62,535 62,536 62,537 62,538 2-128 62,551 62,552 62,553 62,554 62,555 62,556 62,557 62,558 62,559 62,560 62,561 62,562 62,563 2-129 62,576 62,577 62,578 62,579 62,580 62,581 62,582 62,583 62,584 62,585 62,586 62,587 62,588 2-130 62,601 62,602 62,603 62,604 62,605 62,606 62,607 62,608 62,609 62,610 62,611 62,612 62,613 2-131 62,626 62,627 62,628 62,629 62,630 62,631 62,632 62,633 62,634 62,635 62,636 62,637 62,638 2-132 62,651 62,652 62,653 62,654 62,655 62,656 62,657 62,658 62,659 62,660 62,661 62,662 62,663 2-133 62,676 62,677 62,678 62,679 62,680 62,681 62,682 62,683 62,684 62,685 62,686 62,687 62,688 2-134 62,701 62,702 62,703 62,704 62,705 62,706 62,707 62,708 62,709 62,710 62,711 62,712 62,713 2-135 62,726 62,727 62,728 62,729 62,730 62,731 62,732 62,733 62,734 62,735 62,736 62,737 62,738 2-136 62,751 62,752 62,753 62,754 62,755 62,756 62,757 62,758 62,759 62,760 62,761 62,762 62,763 2-137 62,776 62,777 62,778 62,779 62,780 62,781 62,782 62,783 62,784 62,785 62,786 62,787 62,788 2-138 62,801 62,802 62,803 62,804 62,805 62,806 62,807 62,808 62,809 62,810 62,811 62,812 62,813 2-139 62,826 62,827 62,828 62,829 62,830 62,831 62,832 62,833 62,834 62,835 62,836 62,837 62,838 2-140 62,851 62,852 62,853 62,854 62,855 62,856 62,857 62,858 62,859 62,860 62,861 62,862 62,863 2-141 62,876 62,877 62,878 62,879 62,880 62,881 62,882 62,883 62,884 62,885 62,886 62,887 62,888 2-142 62,901 62,902 62,903 62,904 62,905 62,906 62,907 62,908 62,909 62,910 62,911 62,912 62,913 2-143 62,926 62,927 62,928 62,929 62,930 62,931 62,932 62,933 62,934 62,935 62,936 62,937 62,938 2-144 62,951 62,952 62,953 62,954 62,955 62,956 62,957 62,958 62,959 62,960 62,961 62,962 62,963 2-145 62,976 62,977 62,978 62,979 62,980 62,981 62,982 62,983 62,984 62,985 62,986 62,987 62,988 2-146 63,001 63,002 63,003 63,004 63,005 63,006 63,007 63,008 63,009 63,010 63,011 63,012 63,013 2-147 63,026 63,027 63,028 63,029 63,030 63,031 63,032 63,033 63,034 63,035 63,036 63,037 63,038 2-148 63,051 63,052 63,053 63,054 63,055 63,056 63,057 63,058 63,059 63,060 63,061 63,062 63,063 2-149 63,076 63,077 63,078 63,079 63,080 63,081 63,082 63,083 63,084 63,085 63,086 63,087 63,088 2-150 63,101 63,102 63,103 63,104 63,105 63,106 63,107 63,108 63,109 63,110 63,111 63,112 63,113 2-151 63,126 63,127 63,128 63,129 63,130 63,131 63,132 63,133 63,134 63,135 63,136 63,137 63,138 2-152 63,151 63,152 63,153 63,154 63,155 63,156 63,157 63,158 63,159 63,160 63,161 63,162 63,163 2-153 63,176 63,177 63,178 63,179 63,180 63,181 63,182 63,183 63,184 63,185 63,186 63,187 63,188 2-154 63,201 63,202 63,203 63,204 63,205 63,206 63,207 63,208 63,209 63,210 63,211 63,212 63,213 2-155 63,226 63,227 63,228 63,229 63,230 63,231 63,232 63,233 63,234 63,235 63,236 63,237 63,238 2-156 63,251 63,252 63,253 63,254 63,255 63,256 63,257 63,258 63,259 63,260 63,261 63,262 63,263 2-157 63,276 63,277 63,278 63,279 63,280 63,281 63,282 63,283 63,284 63,285 63,286 63,287 63,288 2-158 63,301 63,302 63,303 63,304 63,305 63,306 63,307 63,308 63,309 63,310 63,311 63,312 63,313 2-159 63,326 63,327 63,328 63,329 63,330 63,331 63,332 63,333 63,334 63,335 63,336 63,337 63,338 2-160 63,351 63,352 63,353 63,354 63,355 63,356 63,357 63,358 63,359 63,360 63,361 63,362 63,363 2-161 63,376 63,377 63,378 63,379 63,380 63,381 63,382 63,383 63,384 63,385 63,386 63,387 63,388 2-162 63,401 63,402 63,403 63,404 63,405 63,406 63,407 63,408 63,409 63,410 63,411 63,412 63,413 2-163 63,426 63,427 63,428 63,429 63,430 63,431 63,432 63,433 63,434 63,435 63,436 63,437 63,438 2-164 63,451 63,452 63,453 63,454 63,455 63,456 63,457 63,458 63,459 63,460 63,461 63,462 63,463 2-165 63,476 63,477 63,478 63,479 63,480 63,481 63,482 63,483 63,484 63,485 63,486 63,487 63,488 Compound represented by the formula (1) 1-139 1-140 1-141 1-142 1-143 1-144 1-145 1-146 1-147 1-148 1-149 1-150 Compound 2-111 62,139 62,140 62,141 62,142 62,143 62,144 62,145 62,146 62,147 62,148 62,149 62,150 represented 2-112 62,164 62,165 62,166 62,167 62,168 62,169 62,170 62,171 62,172 62,173 62,174 62,175 by the 2-113 62,189 62,190 62,191 62,192 62,193 62,194 62,195 62,196 62,197 62,198 62,199 62,200 formula (2) 2-114 62,214 62,215 62,216 62,217 62,218 62,219 62,220 62,221 62,222 62,223 62,224 62,225 2-115 62,239 62,240 62,241 62,242 62,243 62,244 62,245 62,246 62,247 62,248 62,249 62,250 2-116 62,264 62,265 62,266 62,267 62,268 62,269 62,270 62,271 62,272 62,273 62,274 62,275 2-117 62,289 62,290 62,291 62,292 62,293 62,294 62,295 62,296 62,297 62,298 62,299 62,300 2-118 62,314 62,315 62,316 62,317 62,318 62,319 62,320 62,321 62,322 62,323 62,324 62,325 2-119 62,339 62,340 62,341 62,342 62,343 62,344 62,345 62,346 62,347 62,348 62,349 62,350 2-120 62,364 62,365 62,366 62,367 62,368 62,369 62,370 62,371 62,372 62,373 62,374 62,375 2-121 62,389 62,390 62,391 62,392 62,393 62,394 62,395 62,396 62,397 62,398 62,399 62,400 2-122 62,414 62,415 62,416 62,417 62,418 62,419 62,420 62,421 62,422 62,423 62,424 62,425 2-123 62,439 62,440 62,441 62,442 62,443 62,444 62,445 62,446 62,447 62,448 62,449 62,450 2-124 62,464 62,465 62,466 62,467 62,468 62,469 62,470 62,471 62,472 62,473 62,474 62,475 2-125 62,489 62,490 62,491 62,492 62,493 62,494 62,495 62,496 62,497 62,498 62,499 62,500 2-126 62,514 62,515 62,516 62,517 62,518 62,519 62,520 62,521 62,522 62,523 62,524 62,525 2-127 62,539 62,540 62,541 62,542 62,543 62,544 62,545 62,546 62,547 62,548 62,549 62,550 2-128 62,564 62,565 62,566 62,567 62,568 62,569 62,570 62,571 62,572 62,573 62,574 62,575 2-129 62,589 62,590 62,591 62,592 62,593 62,594 62,595 62,596 62,597 62,598 62,599 62,600 2-130 62,614 62,615 62,616 62,617 62,618 62,619 62,620 62,621 62,622 62,623 62,624 62,625 2-131 62,639 62,640 62,641 62,642 62,643 62,644 62,645 62,646 62,647 62,648 62,649 62,650 2-132 62,664 62,665 62,666 62,667 62,668 62,669 62,670 62,671 62,672 62,673 62,674 62,675 2-133 62,689 62,690 62,691 62,692 62,693 62,694 62,695 62,696 62,697 62,698 62,699 62,700 2-134 62,714 62,715 62,716 62,717 62,718 62,719 62,720 62,721 62,722 62,723 62,724 62,725 2-135 62,739 62,740 62,741 62,742 62,743 62,744 62,745 62,746 62,747 62,748 62,749 62,750 2-136 62,764 62,765 62,766 62,767 62,768 62,769 62,770 62,771 62,772 62,773 62,774 62,775 2-137 62,789 62,790 62,791 62,792 62,793 62,794 62,795 62,796 62,797 62,798 62,799 62,800 2-138 62,814 62,815 62,816 62,817 62,818 62,819 62,820 62,821 62,822 62,823 62,824 62,825 2-139 62,839 62,840 62,841 62,842 62,843 62,844 62,845 62,846 62,847 62,848 62,849 62,850 2-140 62,864 62,865 62,866 62,867 62,868 62,869 62,870 62,871 62,872 62,873 62,874 62,875 2-141 62,889 62,890 62,891 62,892 62,893 62,894 62,895 62,896 62,897 62,898 62,899 62,900 2-142 62,914 62,915 62,916 62,917 62,918 62,919 62,920 62,921 62,922 62,923 62,924 62,925 2-143 62,939 62,940 62,941 62,942 62,943 62,944 62,945 62,946 62,947 62,948 62,949 62,950 2-144 62,964 62,965 62,966 62,967 62,968 62,969 62,970 62,971 62,972 62,973 62,974 62,975 2-145 62,989 62,990 62,991 62,992 62,993 62,994 62,995 62,996 62,997 62,998 62,999 63,000 2-146 63,014 63,015 63,016 63,017 63,018 63,019 63,020 63,021 63,022 63,023 63,024 63,025 2-147 63,039 63,040 63,041 63,042 63,043 63,044 63,045 63,046 63,047 63,048 63,049 63,050 2-148 63,064 63,065 63,066 63,067 63,068 63,069 63,070 63,071 63,072 63,073 63,074 63,075 2-149 63,089 63,090 63,091 63,092 63,093 63,094 63,095 63,096 63,097 63,098 63,099 63,100 2-150 63,114 63,115 63,116 63,117 63,118 63,119 63,120 63,121 63,122 63,123 63,124 63,125 2-151 63,139 63,140 63,141 63,142 63,143 63,144 63,145 63,146 63,147 63,148 63,149 63,150 2-152 63,164 63,165 63,166 63,167 63,168 63,169 63,170 63,171 63,172 63,173 63,174 63,175 2-153 63,189 63,190 63,191 63,192 63,193 63,194 63,195 63,196 63,197 63,198 63,199 63,200 2-154 63,214 63,215 63,216 63,217 63,218 63,219 63,220 63,221 63,222 63,223 63,224 63,225 2-155 63,239 63,240 63,241 63,242 63,243 63,244 63,245 63,246 63,247 63,248 63,249 63,250 2-156 63,264 63,265 63,266 63,267 63,268 63,269 63,270 63,271 63,272 63,273 63,274 63,275 2-157 63,289 63,290 63,291 63,292 63,293 63,294 63,295 63,296 63,297 63,298 63,299 63,300 2-158 63,314 63,315 63,316 63,317 63,318 63,319 63,320 63,321 63,322 63,323 63,324 63,325 2-159 63,339 63,340 63,341 63,342 63,343 63,344 63,345 63,346 63,347 63,348 63,349 63,350 2-160 63,364 63,365 63,366 63,367 63,368 63,369 63,370 63,371 63,372 63,373 63,374 63,375 2-161 63,389 63,390 63,391 63,392 63,393 63,394 63,395 63,396 63,397 63,398 63,399 63,400 2-162 63,414 63,415 63,416 63,417 63,418 63,419 63,420 63,421 63,422 63,423 63,424 63,425 2-163 63,439 63,440 63,441 63,442 63,443 63,444 63,445 63,446 63,447 63,448 63,449 63,450 2-164 63,464 63,465 63,466 63,467 63,468 63,469 63,470 63,471 63,472 63,473 63,474 63,475 2-165 63,489 63,490 63,491 63,492 63,493 63,494 63,495 63,496 63,497 63,498 63,499 63,500

TABLE 49 Compound represented by the formula (1) 1-126 1-127 1-128 1-129 1-130 1-131 1-132 1-133 1-134 1-135 1-136 1-137 1-138 Compound 2-166 63,501 63,502 63,503 63,504 63,505 63,506 63,507 63,508 63,509 63,510 63,511 63,512 63,513 represented 2-167 63,526 63,527 63,528 63,529 63,530 63,531 63,532 63,533 63,534 63,535 63,536 63,537 63,538 by the 2-168 63,551 63,552 63,553 63,554 63,555 63,556 63,557 63,558 63,559 63,560 63,561 63,562 63,563 formula (2) 2-169 63,576 63,577 63,578 63,579 63,580 63,581 63,582 63,583 63,584 63,585 63,586 63,587 63,588 2-170 63,601 63,602 63,603 63,604 63,605 63,606 63,607 63,608 63,609 63,610 63,611 63,612 63,613 2-171 63,626 63,627 63,628 63,629 63,630 63,631 63,632 63,633 63,634 63,635 63,636 63,637 63,638 2-172 63,651 63,652 63,653 63,654 63,655 63,656 63,657 63,658 63,659 63,660 63,661 63,662 63,663 2-173 63,676 63,677 63,678 63,679 63,680 63,681 63,682 63,683 63,684 63,685 63,686 63,687 63,688 2-174 63,701 63,702 63,703 63,704 63,705 63,706 63,707 63,708 63,709 63,710 63,711 63,712 63,713 2-175 63,726 63,727 63,728 63,729 63,730 63,731 63,732 63,733 63,734 63,735 63,736 63,737 63,738 2-176 63,751 63,752 63,753 63,754 63,755 63,756 63,757 63,758 63,759 63,760 63,761 63,762 63,763 2-177 63,776 63,777 63,778 63,779 63,780 63,781 63,782 63,783 63,784 63,785 63,786 63,787 63,788 2-178 63,801 63,802 63,803 63,804 63,805 63,806 63,807 63,808 63,809 63,810 63,811 63,812 63,813 2-179 63,826 63,827 63,828 63,829 63,830 63,831 63,832 63,833 63,834 63,835 63,836 63,837 63,838 2-180 63,851 63,852 63,853 63,854 63,855 63,856 63,857 63,858 63,859 63,860 63,861 63,862 63,863 2-181 63,876 63,877 63,878 63,879 63,880 63,881 63,882 63,883 63,884 63,885 63,886 63,887 63,888 2-182 63,901 63,902 63,903 63,904 63,905 63,906 63,907 63,908 63,909 63,910 63,911 63,912 63,913 2-183 63,926 63,927 63,928 63,929 63,930 63,931 63,932 63,933 63,934 63,935 63,936 63,937 63,938 2-184 63,951 63,952 63,953 63,954 63,955 63,956 63,957 63,958 63,959 63,960 63,961 63,962 63,963 2-185 63,976 63,977 63,978 63,979 63,980 63,981 63,982 63,983 63,984 63,985 63,986 63,987 63,988 2-186 64,001 64,002 64,003 64,004 64,005 64,006 64,007 64,008 64,009 64,010 64,011 64,012 64,013 2-187 64,026 64,027 64,028 64,029 64,030 64,031 64,032 64,033 64,034 64,035 64,036 64,037 64,038 2-188 64,051 64,052 64,053 64,054 64,055 64,056 64,057 64,058 64,059 64,060 64,061 64,062 64,063 2-189 64,076 64,077 64,078 64,079 64,080 64,081 64,082 64,083 64,084 64,085 64,086 64,087 64,088 2-190 64,101 64,102 64,103 64,104 64,105 64,106 64,107 64,108 64,109 64,110 64,111 64,112 64,113 2-191 64,126 64,127 64,128 64,129 64,130 64,131 64,132 64,133 64,134 64,135 64,136 64,137 64,138 2-192 64,151 64,152 64,153 64,154 64,155 64,156 64,157 64,158 64,159 64,160 64,161 64,162 64,163 2-193 64,176 64,177 64,178 64,179 64,180 64,181 64,182 64,183 64,184 64,185 64,186 64,187 64,188 2-194 64,201 64,202 64,203 64,204 64,205 64,206 64,207 64,208 64,209 64,210 64,211 64,212 64,213 2-195 64,226 64,227 64,228 64,229 64,230 64,231 64,232 64,233 64,234 64,235 64,236 64,237 64,238 2-196 64,251 64,252 64,253 64,254 64,255 64,256 64,257 64,258 64,259 64,260 64,261 64,262 64,263 2-197 64,276 64,277 64,278 64,279 64,280 64,281 64,282 64,283 64,284 64,285 64,286 64,287 64,288 2-198 64,301 64,302 64,303 64,304 64,305 64,306 64,307 64,308 64,309 64,310 64,311 64,312 64,313 2-199 64,326 64,327 64,328 64,329 64,330 64,331 64,332 64,333 64,334 64,335 64,336 64,337 64,338 2-200 64,351 64,352 64,353 64,354 64,355 64,356 64,357 64,358 64,359 64,360 64,361 64,362 64,363 2-201 64,376 64,377 64,378 64,379 64,380 64,381 64,382 64,383 64,384 64,385 64,386 64,387 64,388 2-202 64,401 64,402 64,403 64,404 64,405 64,406 64,407 64,408 64,409 64,410 64,411 64,412 64,413 2-203 64,426 64,427 64,428 64,429 64,430 64,431 64,432 64,433 64,434 64,435 64,436 64,437 64,438 2-204 64,451 64,452 64,453 64,454 64,455 64,456 64,457 64,458 64,459 64,460 64,461 64,462 64,463 2-205 64,476 64,477 64,478 64,479 64,480 64,481 64,482 64,483 64,484 64,485 64,486 64,487 64,488 2-206 64,501 64,502 64,503 64,504 64,505 64,506 64,507 64,508 64,509 64,510 64,511 64,512 64,513 2-207 64,526 64,527 64,528 64,529 64,530 64,531 64,532 64,533 64,534 64,535 64,536 64,537 64,538 2-208 64,551 64,552 64,553 64,554 64,555 64,556 64,557 64,558 64,559 64,560 64,561 64,562 64,563 2-209 64,576 64,577 64,578 64,579 64,580 64,581 64,582 64,583 64,584 64,585 64,586 64,587 64,588 2-210 64,601 64,602 64,603 64,604 64,605 64,606 64,607 64,608 64,609 64,610 64,611 64,612 64,613 2-211 64,626 64,627 64,628 64,629 64,630 64,631 64,632 64,633 64,634 64,635 64,636 64,637 64,638 2-212 64,651 64,652 64,653 64,654 64,655 64,656 64,657 64,658 64,659 64,660 64,661 64,662 64,663 2-213 64,676 64,677 64,678 64,679 64,680 64,681 64,682 64,683 64,684 64,685 64,686 64,687 64,688 2-214 64,701 64,702 64,703 64,704 64,705 64,706 64,707 64,708 64,709 64,710 64,711 64,712 64,713 2-215 64,726 64,727 64,728 64,729 64,730 64,731 64,732 64,733 64,734 64,735 64,736 64,737 64,738 2-216 64,751 64,752 64,753 64,754 64,755 64,756 64,757 64,758 64,759 64,760 64,761 64,762 64,763 2-217 64,776 64,777 64,778 64,779 64,780 64,781 64,782 64,783 64,784 64,785 64,786 64,787 64,788 2-218 64,801 64,802 64,803 64,804 64,805 64,806 64,807 64,808 64,809 64,810 64,811 64,812 64,813 2-219 64,826 64,827 64,828 64,829 64,830 64,831 64,832 64,833 64,834 64,835 64,836 64,837 64,838 2-220 64,851 64,852 64,853 64,854 64,855 64,856 64,857 64,858 64,859 64,860 64,861 64,862 64,863 Compound represented by the formula (1) 1-139 1-140 1-141 1-142 1-143 1-144 1-145 1-146 1-147 1-148 1-149 1-150 Compound 2-166 63,514 63,515 63,516 63,517 63,518 63,519 63,520 63,521 63,522 63,523 63,524 63,525 represented 2-167 63,539 63,540 63,541 63,542 63,543 63,544 63,545 63,546 63,547 63,548 63,549 63,550 by the 2-168 63,564 63,565 63,566 63,567 63,568 63,569 63,570 63,571 63,572 63,573 63,574 63,575 formula (2) 2-169 63,589 63,590 63,591 63,592 63,593 63,594 63,595 63,596 63,597 63,598 63,599 63,600 2-170 63,614 63,615 63,616 63,617 63,618 63,619 63,620 63,621 63,622 63,623 63,624 63,625 2-171 63,639 63,640 63,641 63,642 63,643 63,644 63,645 63,646 63,647 63,648 63,649 63,650 2-172 63,664 63,665 63,666 63,667 63,668 63,669 63,670 63,671 63,672 63,673 63,674 63,675 2-173 63,689 63,690 63,691 63,692 63,693 63,694 63,695 63,696 63,697 63,698 63,699 63,700 2-174 63,714 63,715 63,716 63,717 63,718 63,719 63,720 63,721 63,722 63,723 63,724 63,725 2-175 63,739 63,740 63,741 63,742 63,743 63,744 63,745 63,746 63,747 63,748 63,749 63,750 2-176 63,764 63,765 63,766 63,767 63,768 63,769 63,770 63,771 63,772 63,773 63,774 63,775 2-177 63,789 63,790 63,791 63,792 63,793 63,794 63,795 63,796 63,797 63,798 63,799 63,800 2-178 63,814 63,815 63,816 63,817 63,818 63,819 63,820 63,821 63,822 63,823 63,824 63,825 2-179 63,839 63,840 63,841 63,842 63,843 63,844 63,845 63,846 63,847 63,848 63,849 63,850 2-180 63,864 63,865 63,866 63,867 63,868 63,869 63,870 63,871 63,872 63,873 63,874 63,875 2-181 63,889 63,890 63,891 63,892 63,893 63,894 63,895 63,896 63,897 63,898 63,899 63,900 2-182 63,914 63,915 63,916 63,917 63,918 63,919 63,920 63,921 63,922 63,923 63,924 63,925 2-183 63,939 63,940 63,941 63,942 63,943 63,944 63,945 63,946 63,947 63,948 63,949 63,950 2-184 63,964 63,965 63,966 63,967 63,968 63,969 63,970 63,971 63,972 63,973 63,974 63,975 2-185 63,989 63,990 63,991 63,992 63,993 63,994 63,995 63,996 63,997 63,998 63,999 64,000 2-186 64,014 64,015 64,016 64,017 64,018 64,019 64,020 64,021 64,022 64,023 64,024 64,025 2-187 64,039 64,040 64,041 64,042 64,043 64,044 64,045 64,046 64,047 64,048 64,049 64,050 2-188 64,064 64,065 64,066 64,067 64,068 64,069 64,070 64,071 64,072 64,073 64,074 64,075 2-189 64,089 64,090 64,091 64,092 64,093 64,094 64,095 64,096 64,097 64,098 64,099 64,100 2-190 64,114 64,115 64,116 64,117 64,118 64,119 64,120 64,121 64,122 64,123 64,124 64,125 2-191 64,139 64,140 64,141 64,142 64,143 64,144 64,145 64,146 64,147 64,148 64,149 64,150 2-192 64,164 64,165 64,166 64,167 64,168 64,169 64,170 64,171 64,172 64,173 64,174 64,175 2-193 64,189 64,190 64,191 64,192 64,193 64,194 64,195 64,196 64,197 64,198 64,199 64,200 2-194 64,214 64,215 64,216 64,217 64,218 64,219 64,220 64,221 64,222 64,223 64,224 64,225 2-195 64,239 64,240 64,241 64,242 64,243 64,244 64,245 64,246 64,247 64,248 64,249 64,250 2-196 64,264 64,265 64,266 64,267 64,268 64,269 64,270 64,271 64,272 64,273 64,274 64,275 2-197 64,289 64,290 64,291 64,292 64,293 64,294 64,295 64,296 64,297 64,298 64,299 64,300 2-198 64,314 64,315 64,316 64,317 64,318 64,319 64,320 64,321 64,322 64,323 64,324 64,325 2-199 64,339 64,340 64,341 64,342 64,343 64,344 64,345 64,346 64,347 64,348 64,349 64,350 2-200 64,364 64,365 64,366 64,367 64,368 64,369 64,370 64,371 64,372 64,373 64,374 64,375 2-201 64,389 64,390 64,391 64,392 64,393 64,394 64,395 64,396 64,397 64,398 64,399 64,400 2-202 64,414 64,415 64,416 64,417 64,418 64,419 64,420 64,421 64,422 64,423 64,424 64,425 2-203 64,439 64,440 64,441 64,442 64,443 64,444 64,445 64,446 64,447 64,448 64,449 64,450 2-204 64,464 64,465 64,466 64,467 64,468 64,469 64,470 64,471 64,472 64,473 64,474 64,475 2-205 64,489 64,490 64,491 64,492 64,493 64,494 64,495 64,496 64,497 64,498 64,499 64,500 2-206 64,514 64,515 64,516 64,517 64,518 64,519 64,520 64,521 64,522 64,523 64,524 64,525 2-207 64,539 64,540 64,541 64,542 64,543 64,544 64,545 64,546 64,547 64,548 64,549 64,550 2-208 64,564 64,565 64,566 64,567 64,568 64,569 64,570 64,571 64,572 64,573 64,574 64,575 2-209 64,589 64,590 64,591 64,592 64,593 64,594 64,595 64,596 64,597 64,598 64,599 64,600 2-210 64,614 64,615 64,616 64,617 64,618 64,619 64,620 64,621 64,622 64,623 64,624 64,625 2-211 64,639 64,640 64,641 64,642 64,643 64,644 64,645 64,646 64,647 64,648 64,649 64,650 2-212 64,664 64,665 64,666 64,667 64,668 64,669 64,670 64,671 64,672 64,673 64,674 64,675 2-213 64,689 64,690 64,691 64,692 64,693 64,694 64,695 64,696 64,697 64,698 64,699 64,700 2-214 64,714 64,715 64,716 64,717 64,718 64,719 64,720 64,721 64,722 64,723 64,724 64,725 2-215 64,739 64,740 64,741 64,742 64,743 64,744 64,745 64,746 64,747 64,748 64,749 64,750 2-216 64,764 64,765 64,766 64,767 64,768 64,769 64,770 64,771 64,772 64,773 64,774 64,775 2-217 64,789 64,790 64,791 64,792 64,793 64,794 64,795 64,796 64,797 64,798 64,799 64,800 2-218 64,814 64,815 64,816 64,817 64,818 64,819 64,820 64,821 64,822 64,823 64,824 64,825 2-219 64,839 64,840 64,841 64,842 64,843 64,844 64,845 64,846 64,847 64,848 64,849 64,850 2-220 64,864 64,865 64,866 64,867 64,868 64,869 64,870 64,871 64,872 64,873 64,874 64,875

TABLE 50 Compound represented by the formula (1) 1-126 1-127 1-128 1-129 1-130 1-131 1-132 1-133 1-134 1-135 1-136 1-137 1-138 Compound 2-221 64,876 64,877 64,878 64,879 64,880 64,881 64,882 64,883 64,884 64,885 64,886 64,887 64,888 represented 2-222 64,901 64,902 64,903 64,904 64,905 64,906 64,907 64,908 64,909 64,910 64,911 64,912 64,913 by the 2-223 64,926 64,927 64,928 64,929 64,930 64,931 64,932 64,933 64,934 64,935 64,936 64,937 64,938 formula (2) 2-224 64,951 64,952 64,953 64,954 64,955 64,956 64,957 64,958 64,959 64,960 64,961 64,962 64,963 2-225 64,976 64,977 64,978 64,979 64,980 64,981 64,982 64,983 64,984 64,985 64,986 64,987 64,988 2-226 65,001 65,002 65,003 65,004 65,005 65,006 65,007 65,008 65,009 65,010 65,011 65,012 65,013 2-227 65,026 65,027 65,028 65,029 65,030 65,031 65,032 65,033 65,034 65,035 65,036 65,037 65,038 2-228 65,051 65,052 65,053 65,054 65,055 65,056 65,057 65,058 65,059 65,060 65,061 65,062 65,063 2-229 65,076 65,077 65,078 65,079 65,080 65,081 65,082 65,083 65,084 65,085 65,086 65,087 65,088 2-230 65,101 65,102 65,103 65,104 65,105 65,106 65,107 65,108 65,109 65,110 65,111 65,112 65,113 2-231 65,126 65,127 65,128 65,129 65,130 65,131 65,132 65,133 65,134 65,135 65,136 65,137 65,138 2-232 65,151 65,152 65,153 65,154 65,155 65,156 65,157 65,158 65,159 65,160 65,161 65,162 65,163 2-233 65,176 65,177 65,178 65,179 65,180 65,181 65,182 65,183 65,184 65,185 65,186 65,187 65,188 2-234 65,201 65,202 65,203 65,204 65,205 65,206 65,207 65,208 65,209 65,210 65,211 65,212 65,213 2-235 65,226 65,227 65,228 65,229 65,230 65,231 65,232 65,233 65,234 65,235 65,236 65,237 65,238 2-236 65,251 65,252 65,253 65,254 65,255 65,256 65,257 65,258 65,259 65,260 65,261 65,262 65,263 2-237 65,276 65,277 65,278 65,279 65,280 65,281 65,282 65,283 65,284 65,285 65,286 65,287 65,288 2-238 65,301 65,302 65,303 65,304 65,305 65,306 65,307 65,308 65,309 65,310 65,311 65,312 65,313 2-239 65,326 65,327 65,328 65,329 65,330 65,331 65,332 65,333 65,334 65,335 65,336 65,337 65,338 2-240 65,351 65,352 65,353 65,354 65,355 65,356 65,357 65,358 65,359 65,360 65,361 65,362 65,363 2-241 65,376 65,377 65,378 65,379 65,380 65,381 65,382 65,383 65,384 65,385 65,386 65,387 65,388 2-242 65,401 65,402 65,403 65,404 65,405 65,406 65,407 65,408 65,409 65,410 65,411 65,412 65,413 2-243 65,426 65,427 65,428 65,429 65,430 65,431 65,432 65,433 65,434 65,435 65,436 65,437 65,438 2-244 65,451 65,452 65,453 65,454 65,455 65,456 65,457 65,458 65,459 65,460 65,461 65,462 65,463 2-245 65,476 65,477 65,478 65,479 65,480 65,481 65,482 65,483 65,484 65,485 65,486 65,487 65,488 2-246 65,501 65,502 65,503 65,504 65,505 65,506 65,507 65,508 65,509 65,510 65,511 65,512 65,513 2-247 65,526 65,527 65,528 65,529 65,530 65,531 65,532 65,533 65,534 65,535 65,536 65,537 65,538 2-248 65,551 65,552 65,553 65,554 65,555 65,556 65,557 65,558 65,559 65,560 65,561 65,562 65,563 2-249 65,576 65,577 65,578 65,579 65,580 65,581 65,582 65,583 65,584 65,585 65,586 65,587 65,588 2-250 65,601 65,602 65,603 65,604 65,605 65,606 65,607 65,608 65,609 65,610 65,611 65,612 65,613 2-251 65,626 65,627 65,628 65,629 65,630 65,631 65,632 65,633 65,634 65,635 65,636 65,637 65,638 2-252 65,651 65,652 65,653 65,654 65,655 65,656 65,657 65,658 65,659 65,660 65,661 65,662 65,663 2-253 65,676 65,677 65,678 65,679 65,680 65,681 65,682 65,683 65,684 65,685 65,686 65,687 65,688 2-254 65,701 65,702 65,703 65,704 65,705 65,706 65,707 65,708 65,709 65,710 65,711 65,712 65,713 2-255 65,726 65,727 65,728 65,729 65,730 65,731 65,732 65,733 65,734 65,735 65,736 65,737 65,738 2-256 65,751 65,752 65,753 65,754 65,755 65,756 65,757 65,758 65,759 65,760 65,761 65,762 65,763 2-257 65,776 65,777 65,778 65,779 65,780 65,781 65,782 65,783 65,784 65,785 65,786 65,787 65,788 2-258 65,801 65,802 65,803 65,804 65,805 65,806 65,807 65,808 65,809 65,810 65,811 65,812 65,813 2-259 65,826 65,827 65,828 65,829 65,830 65,831 65,832 65,833 65,834 65,835 65,836 65,837 65,838 2-260 65,851 65,852 65,853 65,854 65,855 65,856 65,857 65,858 65,859 65,860 65,861 65,862 65,863 2-261 65,876 65,877 65,878 65,879 65,880 65,881 65,882 65,883 65,884 65,885 65,886 65,887 65,888 2-262 65,901 65,902 65,903 65,904 65,905 65,906 65,907 65,908 65,909 65,910 65,911 65,912 65,913 2-263 65,926 65,927 65,928 65,929 65,930 65,931 65,932 65,933 65,934 65,935 65,936 65,937 65,938 2-264 65,951 65,952 65,953 65,954 65,955 65,956 65,957 65,958 65,959 65,960 65,961 65,962 65,963 2-265 65,976 65,977 65,978 65,979 65,980 65,981 65,982 65,983 65,984 65,985 65,986 65,987 65,988 2-266 66,001 66,002 66,003 66,004 66,005 66,006 66,007 66,008 66,009 66,010 66,011 66,012 66,013 2-267 66,026 66,027 66,028 66,029 66,030 66,031 66,032 66,033 66,034 66,035 66,036 66,037 66,038 2-268 66,051 66,052 66,053 66,054 66,055 66,056 66,057 66,058 66,059 66,060 66,061 66,062 66,063 2-269 66,076 66,077 66,078 66,079 66,080 66,081 66,082 66,083 66,084 66,085 66,086 66,087 66,088 2-270 66,101 66,102 66,103 66,104 66,105 66,106 66,107 66,108 66,109 66,110 66,111 66,112 66,113 2-271 66,126 66,127 66,128 66,129 66,130 66,131 66,132 66,133 66,134 66,135 66,136 66,137 66,138 2-272 66,151 66,152 66,153 66,154 66,155 66,156 66,157 66,158 66,159 66,160 66,161 66,162 66,163 2-273 66,176 66,177 66,178 66,179 66,180 66,181 66,182 66,183 66,184 66,185 66,186 66,187 66,188 2-274 66,201 66,202 66,203 66,204 66,205 66,206 66,207 66,208 66,209 66,210 66,211 66,212 66,213 2-275 66,226 66,227 66,228 66,229 66,230 66,231 66,232 66,233 66,234 66,235 66,236 66,237 66,238 Compound represented by the formula (1) 1-139 1-140 1-141 1-142 1-143 1-144 1-145 1-146 1-147 1-148 1-149 1-150 Compound 2-221 64,889 64,890 64,891 64,892 64,893 64,894 64,895 64,896 64,897 64,898 64,899 64,900 represented 2-222 64,914 64,915 64,916 64,917 64,918 64,919 64,920 64,921 64,922 64,923 64,924 64,925 by the 2-223 64,939 64,940 64,941 64,942 64,943 64,944 64,945 64,946 64,947 64,948 64,949 64,950 formula (2) 2-224 64,964 64,965 64,966 64,967 64,968 64,969 64,970 64,971 64,972 64,973 64,974 64,975 2-225 64,989 64,990 64,991 64,992 64,993 64,994 64,995 64,996 64,997 64,998 64,999 65,000 2-226 65,014 65,015 65,016 65,017 65,018 65,019 65,020 65,021 65,022 65,023 65,024 65,025 2-227 65,039 65,040 65,041 65,042 65,043 65,044 65,045 65,046 65,047 65,048 65,049 65,050 2-228 65,064 65,065 65,066 65,067 65,068 65,069 65,070 65,071 65,072 65,073 65,074 65,075 2-229 65,089 65,090 65,091 65,092 65,093 65,094 65,095 65,096 65,097 65,098 65,099 65,100 2-230 65,114 65,115 65,116 65,117 65,118 65,119 65,120 65,121 65,122 65,123 65,124 65,125 2-231 65,139 65,140 65,141 65,142 65,143 65,144 65,145 65,146 65,147 65,148 65,149 65,150 2-232 65,164 65,165 65,166 65,167 65,168 65,169 65,170 65,171 65,172 65,173 65,174 65,175 2-233 65,189 65,190 65,191 65,192 65,193 65,194 65,195 65,196 65,197 65,198 65,199 65,200 2-234 65,214 65,215 65,216 65,217 65,218 65,219 65,220 65,221 65,222 65,223 65,224 65,225 2-235 65,239 65,240 65,241 65,242 65,243 65,244 65,245 65,246 65,247 65,248 65,249 65,250 2-236 65,264 65,265 65,266 65,267 65,268 65,269 65,270 65,271 65,272 65,273 65,274 65,275 2-237 65,289 65,290 65,291 65,292 65,293 65,294 65,295 65,296 65,297 65,298 65,299 65,300 2-238 65,314 65,315 65,316 65,317 65,318 65,319 65,320 65,321 65,322 65,323 65,324 65,325 2-239 65,339 65,340 65,341 65,342 65,343 65,344 65,345 65,346 65,347 65,348 65,349 65,350 2-240 65,364 65,365 65,366 65,367 65,368 65,369 65,370 65,371 65,372 65,373 65,374 65,375 2-241 65,389 65,390 65,391 65,392 65,393 65,394 65,395 65,396 65,397 65,398 65,399 65,400 2-242 65,414 65,415 65,416 65,417 65,418 65,419 65,420 65,421 65,422 65,423 65,424 65,425 2-243 65,439 65,440 65,441 65,442 65,443 65,444 65,445 65,446 65,447 65,448 65,449 65,450 2-244 65,464 65,465 65,466 65,467 65,468 65,469 65,470 65,471 65,472 65,473 65,474 65,475 2-245 65,489 65,490 65,491 65,492 65,493 65,494 65,495 65,496 65,497 65,498 65,499 65,500 2-246 65,514 65,515 65,516 65,517 65,518 65,519 65,520 65,521 65,522 65,523 65,524 65,525 2-247 65,539 65,540 65,541 65,542 65,543 65,544 65,545 65,546 65,547 65,548 65,549 65,550 2-248 65,564 65,565 65,566 65,567 65,568 65,569 65,570 65,571 65,572 65,573 65,574 65,575 2-249 65,589 65,590 65,591 65,592 65,593 65,594 65,595 65,596 65,597 65,598 65,599 65,600 2-250 65,614 65,615 65,616 65,617 65,618 65,619 65,620 65,621 65,622 65,623 65,624 65,625 2-251 65,639 65,640 65,641 65,642 65,643 65,644 65,645 65,646 65,647 65,648 65,649 65,650 2-252 65,664 65,665 65,666 65,667 65,668 65,669 65,670 65,671 65,672 65,673 65,674 65,675 2-253 65,689 65,690 65,691 65,692 65,693 65,694 65,695 65,696 65,697 65,698 65,699 65,700 2-254 65,714 65,715 65,716 65,717 65,718 65,719 65,720 65,721 65,722 65,723 65,724 65,725 2-255 65,739 65,740 65,741 65,742 65,743 65,744 65,745 65,746 65,747 65,748 65,749 65,750 2-256 65,764 65,765 65,766 65,767 65,768 65,769 65,770 65,771 65,772 65,773 65,774 65,775 2-257 65,789 65,790 65,791 65,792 65,793 65,794 65,795 65,796 65,797 65,798 65,799 65,800 2-258 65,814 65,815 65,816 65,817 65,818 65,819 65,820 65,821 65,822 65,823 65,824 65,825 2-259 65,839 65,840 65,841 65,842 65,843 65,844 65,845 65,846 65,847 65,848 65,849 65,850 2-260 65,864 65,865 65,866 65,867 65,868 65,869 65,870 65,871 65,872 65,873 65,874 65,875 2-261 65,889 65,890 65,891 65,892 65,893 65,894 65,895 65,896 65,897 65,898 65,899 65,900 2-262 65,914 65,915 65,916 65,917 65,918 65,919 65,920 65,921 65,922 65,923 65,924 65,925 2-263 65,939 65,940 65,941 65,942 65,943 65,944 65,945 65,946 65,947 65,948 65,949 65,950 2-264 65,964 65,965 65,966 65,967 65,968 65,969 65,970 65,971 65,972 65,973 65,974 65,975 2-265 65,989 65,990 65,991 65,992 65,993 65,994 65,995 65,996 65,997 65,998 65,999 66,000 2-266 66,014 66,015 66,016 66,017 66,018 66,019 66,020 66,021 66,022 66,023 66,024 66,025 2-267 66,039 66,040 66,041 66,042 66,043 66,044 66,045 66,046 66,047 66,048 66,049 66,050 2-268 66,064 66,065 66,066 66,067 66,068 66,069 66,070 66,071 66,072 66,073 66,074 66,075 2-269 66,089 66,090 66,091 66,092 66,093 66,094 66,095 66,096 66,097 66,098 66,099 66,100 2-270 66,114 66,115 66,116 66,117 66,118 66,119 66,120 66,121 66,122 66,123 66,124 66,125 2-271 66,139 66,140 66,141 66,142 66,143 66,144 66,145 66,146 66,147 66,148 66,149 66,150 2-272 66,164 66,165 66,166 66,167 66,168 66,169 66,170 66,171 66,172 66,173 66,174 66,175 2-273 66,189 66,190 66,191 66,192 66,193 66,194 66,195 66,196 66,197 66,198 66,199 66,200 2-274 66,214 66,215 66,216 66,217 66,218 66,219 66,220 66,221 66,222 66,223 66,224 66,225 2-275 66,239 66,240 66,241 66,242 66,243 66,244 66,245 66,246 66,247 66,248 66,249 66,250

TABLE 51 Compound represented by the formula (1) 1-126 1-127 1-128 1-129 1-130 1-131 1-132 1-133 1-134 1-135 1-136 1-137 1-138 Compound 2-276 66,251 66,252 66,253 66,254 66,255 66,256 66,257 66,258 66,259 66,260 66,261 66,262 66,263 represented 2-277 66,276 66,277 66,278 66,279 66,280 66,281 66,282 66,283 66,284 66,285 66,286 66,287 66,288 by the 2-278 66,301 66,302 66,303 66,304 66,305 66,306 66,307 66,308 66,309 66,310 66,311 66,312 66,313 formula (2) 2-279 66,326 66,327 66,328 66,329 66,330 66,331 66,332 66,333 66,334 66,335 66,336 66,337 66,338 2-280 66,351 66,352 66,353 66,354 66,355 66,356 66,357 66,358 66,359 66,360 66,361 66,362 66,363 2-281 66,376 66,377 66,378 66,379 66,380 66,381 66,382 66,383 66,384 66,385 66,386 66,387 66,388 2-282 66,401 66,402 66,403 66,404 66,405 66,406 66,407 66,408 66,409 66,410 66,411 66,412 66,413 2-283 66,426 66,427 66,428 66,429 66,430 66,431 66,432 66,433 66,434 66,435 66,436 66,437 66,438 2-284 66,451 66,452 66,453 66,454 66,455 66,456 66,457 66,458 66,459 66,460 66,461 66,462 66,463 2-285 66,476 66,477 66,478 66,479 66,480 66,481 66,482 66,483 66,484 66,485 66,486 66,487 66,488 2-286 66,501 66,502 66,503 66,504 66,505 66,506 66,507 66,508 66,509 66,510 66,511 66,512 66,513 2-287 66,526 66,527 66,528 66,529 66,530 66,531 66,532 66,533 66,534 66,535 66,536 66,537 66,538 2-288 66,551 66,552 66,553 66,554 66,555 66,556 66,557 66,558 66,559 66,560 66,561 66,562 66,563 2-289 66,576 66,577 66,578 66,579 66,580 66,581 66,582 66,583 66,584 66,585 66,586 66,587 66,588 2-290 66,601 66,602 66,603 66,604 66,605 66,606 66,607 66,608 66,609 66,610 66,611 66,612 66,613 2-291 66,626 66,627 66,628 66,629 66,630 66,631 66,632 66,633 66,634 66,635 66,636 66,637 66,638 2-292 66,651 66,652 66,653 66,654 66,655 66,656 66,657 66,658 66,659 66,660 66,661 66,662 66,663 2-293 66,676 66,677 66,678 66,679 66,680 66,681 66,682 66,683 66,684 66,685 66,686 66,687 66,688 2-294 66,701 66,702 66,703 66,704 66,705 66,706 66,707 66,708 66,709 66,710 66,711 66,712 66,713 2-295 66,726 66,727 66,728 66,729 66,730 66,731 66,732 66,733 66,734 66,735 66,736 66,737 66,738 2-296 66,751 66,752 66,753 66,754 66,755 66,756 66,757 66,758 66,759 66,760 66,761 66,762 66,763 2-297 66,776 66,777 66,778 66,779 66,780 66,781 66,782 66,783 66,784 66,785 66,786 66,787 66,788 2-298 66,801 66,802 66,803 66,804 66,805 66,806 66,807 66,808 66,809 66,810 66,811 66,812 66,813 2-299 66,826 66,827 66,828 66,829 66,830 66,831 66,832 66,833 66,834 66,835 66,836 66,837 66,838 2-300 66,851 66,852 66,853 66,854 66,855 66,856 66,857 66,858 66,859 66,860 66,861 66,862 66,863 2-301 66,876 66,877 66,878 66,879 66,880 66,881 66,882 66,883 66,884 66,885 66,886 66,887 66,888 2-302 66,901 66,902 66,903 66,904 66,905 66,906 66,907 66,908 66,909 66,910 66,911 66,912 66,913 2-303 66,926 66,927 66,928 66,929 66,930 66,931 66,932 66,933 66,934 66,935 66,936 66,937 66,938 2-304 66,951 66,952 66,953 66,954 66,955 66,956 66,957 66,958 66,959 66,960 66,961 66,962 66,963 2-305 66,976 66,977 66,978 66,979 66,980 66,981 66,982 66,983 66,984 66,985 66,986 66,987 66,988 2-306 67,001 67,002 67,003 67,004 67,005 67,006 67,007 67,008 67,009 67,010 67,011 67,012 67,013 2-307 67,026 67,027 67,028 67,029 67,030 67,031 67,032 67,033 67,034 67,035 67,036 67,037 67,038 2-308 67,051 67,052 67,053 67,054 67,055 67,056 67,057 67,058 67,059 67,060 67,061 67,062 67,063 2-309 67,076 67,077 67,078 67,079 67,080 67,081 67,082 67,083 67,084 67,085 67,086 67,087 67,088 2-310 67,101 67,102 67,103 67,104 67,105 67,106 67,107 67,108 67,109 67,110 67,111 67,112 67,113 2-311 67,126 67,127 67,128 67,129 67,130 67,131 67,132 67,133 67,134 67,135 67,136 67,137 67,138 2-312 67,151 67,152 67,153 67,154 67,155 67,156 67,157 67,158 67,159 67,160 67,161 67,162 67,163 2-313 67,176 67,177 67,178 67,179 67,180 67,181 67,182 67,183 67,184 67,185 67,186 67,187 67,188 2-314 67,201 67,202 67,203 67,204 67,205 67,206 67,207 67,208 67,209 67,210 67,211 67,212 67,213 2-315 67,226 67,227 67,228 67,229 67,230 67,231 67,232 67,233 67,234 67,235 67,236 67,237 67,238 2-316 67,251 67,252 67,253 67,254 67,255 67,256 67,257 67,258 67,259 67,260 67,261 67,262 67,263 2-317 67,276 67,277 67,278 67,279 67,280 67,281 67,282 67,283 67,284 67,285 67,286 67,287 67,288 2-318 67,301 67,302 67,303 67,304 67,305 67,306 67,307 67,308 67,309 67,310 67,311 67,312 67,313 2-319 67,326 67,327 67,328 67,329 67,330 67,331 67,332 67,333 67,334 67,335 67,336 67,337 67,338 2-320 67,351 67,352 67,353 67,354 67,355 67,356 67,357 67,358 67,359 67,360 67,361 67,362 67,363 2-321 67,376 67,377 67,378 67,379 67,380 67,381 67,382 67,383 67,384 67,385 67,386 67,387 67,388 2-322 67,401 67,402 67,403 67,404 67,405 67,406 67,407 67,408 67,409 67,410 67,411 67,412 67,413 2-323 67,426 67,427 67,428 67,429 67,430 67,431 67,432 67,433 67,434 67,435 67,436 67,437 67,438 2-324 67,451 67,452 67,453 67,454 67,455 67,456 67,457 67,458 67,459 67,460 67,461 67,462 67,463 2-325 67,476 67,477 67,478 67,479 67,480 67,481 67,482 67,483 67,484 67,485 67,486 67,487 67,488 2-326 67,501 67,502 67,503 67,504 67,505 67,506 67,507 67,508 67,509 67,510 67,511 67,512 67,513 2-327 67,526 67,527 67,528 67,529 67,530 67,531 67,532 67,533 67,534 67,535 67,536 67,537 67,538 2-328 67,551 67,552 67,553 67,554 67,555 67,556 67,557 67,558 67,559 67,560 67,561 67,562 67,563 2-329 67,576 67,577 67,578 67,579 67,580 67,581 67,582 67,583 67,584 67,585 67,586 67,587 67,588 2-330 67,601 67,602 67,603 67,604 67,605 67,606 67,607 67,608 67,609 67,610 67,611 67,612 67,613 Compound represented by the formula (1) 1-139 1-140 1-141 1-142 1-143 1-144 1-145 1-146 1-147 1-148 1-149 1-150 Compound 2-276 66,264 66,265 66,266 66,267 66,268 66,269 66,270 66,271 66,272 66,273 66,274 66,275 represented 2-277 66,289 66,290 66,291 66,292 66,293 66,294 66,295 66,296 66,297 66,298 66,299 66,300 by the 2-278 66,314 66,315 66,316 66,317 66,318 66,319 66,320 66,321 66,322 66,323 66,324 66,325 formula (2) 2-279 66,339 66,340 66,341 66,342 66,343 66,344 66,345 66,346 66,347 66,348 66,349 66,350 2-280 66,364 66,365 66,366 66,367 66,368 66,369 66,370 66,371 66,372 66,373 66,374 66,375 2-281 66,389 66,390 66,391 66,392 66,393 66,394 66,395 66,396 66,397 66,398 66,399 66,400 2-282 66,414 66,415 66,416 66,417 66,418 66,419 66,420 66,421 66,422 66,423 66,424 66,425 2-283 66,439 66,440 66,441 66,442 66,443 66,444 66,445 66,446 66,447 66,448 66,449 66,450 2-284 66,464 66,465 66,466 66,467 66,468 66,469 66,470 66,471 66,472 66,473 66,474 66,475 2-285 66,489 66,490 66,491 66,492 66,493 66,494 66,495 66,496 66,497 66,498 66,499 66,500 2-286 66,514 66,515 66,516 66,517 66,518 66,519 66,520 66,521 66,522 66,523 66,524 66,525 2-287 66,539 66,540 66,541 66,542 66,543 66,544 66,545 66,546 66,547 66,548 66,549 66,550 2-288 66,564 66,565 66,566 66,567 66,568 66,569 66,570 66,571 66,572 66,573 66,574 66,575 2-289 66,589 66,590 66,591 66,592 66,593 66,594 66,595 66,596 66,597 66,598 66,599 66,600 2-290 66,614 66,615 66,616 66,617 66,618 66,619 66,620 66,621 66,622 66,623 66,624 66,625 2-291 66,639 66,640 66,641 66,642 66,643 66,644 66,645 66,646 66,647 66,648 66,649 66,650 2-292 66,664 66,665 66,666 66,667 66,668 66,669 66,670 66,671 66,672 66,673 66,674 66,675 2-293 66,689 66,690 66,691 66,692 66,693 66,694 66,695 66,696 66,697 66,698 66,699 66,700 2-294 66,714 66,715 66,716 66,717 66,718 66,719 66,720 66,721 66,722 66,723 66,724 66,725 2-295 66,739 66,740 66,741 66,742 66,743 66,744 66,745 66,746 66,747 66,748 66,749 66,750 2-296 66,764 66,765 66,766 66,767 66,768 66,769 66,770 66,771 66,772 66,773 66,774 66,775 2-297 66,789 66,790 66,791 66,792 66,793 66,794 66,795 66,796 66,797 66,798 66,799 66,800 2-298 66,814 66,815 66,816 66,817 66,818 66,819 66,820 66,821 66,822 66,823 66,824 66,825 2-299 66,839 66,840 66,841 66,842 66,843 66,844 66,845 66,846 66,847 66,848 66,849 66,850 2-300 66,864 66,865 66,866 66,867 66,868 66,869 66,870 66,871 66,872 66,873 66,874 66,875 2-301 66,889 66,890 66,891 66,892 66,893 66,894 66,895 66,896 66,897 66,898 66,899 66,900 2-302 66,914 66,915 66,916 66,917 66,918 66,919 66,920 66,921 66,922 66,923 66,924 66,925 2-303 66,939 66,940 66,941 66,942 66,943 66,944 66,945 66,946 66,947 66,948 66,949 66,950 2-304 66,964 66,965 66,966 66,967 66,968 66,969 66,970 66,971 66,972 66,973 66,974 66,975 2-305 66,989 66,990 66,991 66,992 66,993 66,994 66,995 66,996 66,997 66,998 66,999 67,000 2-306 67,014 67,015 67,016 67,017 67,018 67,019 67,020 67,021 67,022 67,023 67,024 67,025 2-307 67,039 67,040 67,041 67,042 67,043 67,044 67,045 67,046 67,047 67,048 67,049 67,050 2-308 67,064 67,065 67,066 67,067 67,068 67,069 67,070 67,071 67,072 67,073 67,074 67,075 2-309 67,089 67,090 67,091 67,092 67,093 67,094 67,095 67,096 67,097 67,098 67,099 67,100 2-310 67,114 67,115 67,116 67,117 67,118 67,119 67,120 67,121 67,122 67,123 67,124 67,125 2-311 67,139 67,140 67,141 67,142 67,143 67,144 67,145 67,146 67,147 67,148 67,149 67,150 2-312 67,164 67,165 67,166 67,167 67,168 67,169 67,170 67,171 67,172 67,173 67,174 67,175 2-313 67,189 67,190 67,191 67,192 67,193 67,194 67,195 67,196 67,197 67,198 67,199 67,200 2-314 67,214 67,215 67,216 67,217 67,218 67,219 67,220 67,221 67,222 67,223 67,224 67,225 2-315 67,239 67,240 67,241 67,242 67,243 67,244 67,245 67,246 67,247 67,248 67,249 67,250 2-316 67,264 67,265 67,266 67,267 67,268 67,269 67,270 67,271 67,272 67,273 67,274 67,275 2-317 67,289 67,290 67,291 67,292 67,293 67,294 67,295 67,296 67,297 67,298 67,299 67,300 2-318 67,314 67,315 67,316 67,317 67,318 67,319 67,320 67,321 67,322 67,323 67,324 67,325 2-319 67,339 67,340 67,341 67,342 67,343 67,344 67,345 67,346 67,347 67,348 67,349 67,350 2-320 67,364 67,365 67,366 67,367 67,368 67,369 67,370 67,371 67,372 67,373 67,374 67,375 2-321 67,389 67,390 67,391 67,392 67,393 67,394 67,395 67,396 67,397 67,398 67,399 67,400 2-322 67,414 67,415 67,416 67,417 67,418 67,419 67,420 67,421 67,422 67,423 67,424 67,425 2-323 67,439 67,440 67,441 67,442 67,443 67,444 67,445 67,446 67,447 67,448 67,449 67,450 2-324 67,464 67,465 67,466 67,467 67,468 67,469 67,470 67,471 67,472 67,473 67,474 67,475 2-325 67,489 67,490 67,491 67,492 67,493 67,494 67,495 67,496 67,497 67,498 67,499 67,500 2-326 67,514 67,515 67,516 67,517 67,518 67,519 67,520 67,521 67,522 67,523 67,524 67,525 2-327 67,539 67,540 67,541 67,542 67,543 67,544 67,545 67,546 67,547 67,548 67,549 67,550 2-328 67,564 67,565 67,566 67,567 67,568 67,569 67,570 67,571 67,572 67,573 67,574 67,575 2-329 67,589 67,590 67,591 67,592 67,593 67,594 67,595 67,596 67,597 67,598 67,599 67,600 2-330 67,614 67,615 67,616 67,617 67,618 67,619 67,620 67,621 67,622 67,623 67,624 67,625

TABLE 52 Compound represented by the formula (1) 1-126 1-127 1-128 1-129 1-130 1-131 1-132 1-133 1-134 1-135 1-136 1-137 1-138 Compound 2-331 67,626 67,627 67,628 67,629 67,630 67,631 67,632 67,633 67,634 67,635 67,636 67,637 67,638 represented 2-332 67,651 67,652 67,653 67,654 67,655 67,656 67,657 67,658 67,659 67,660 67,661 67,662 67,663 by the 2-333 67,676 67,677 67,678 67,679 67,680 67,681 67,682 67,683 67,684 67,685 67,686 67,687 67,688 formula (2) 2-334 67,701 67,702 67,703 67,704 67,705 67,706 67,707 67,708 67,709 67,710 67,711 67,712 67,713 2-335 67,726 67,727 67,728 67,729 67,730 67,731 67,732 67,733 67,734 67,735 67,736 67,737 67,738 2-336 67,751 67,752 67,753 67,754 67,755 67,756 67,757 67,758 67,759 67,760 67,761 67,762 67,763 2-337 67,776 67,777 67,778 67,779 67,780 67,781 67,782 67,783 67,784 67,785 67,786 67,787 67,788 2-338 67,801 67,802 67,803 67,804 67,805 67,806 67,807 67,808 67,809 67,810 67,811 67,812 67,813 2-339 67,826 67,827 67,828 67,829 67,830 67,831 67,832 67,833 67,834 67,835 67,836 67,837 67,838 2-340 67,851 67,852 67,853 67,854 67,855 67,856 67,857 67,858 67,859 67,860 67,861 67,862 67,863 2-341 67,876 67,877 67,878 67,879 67,880 67,881 67,882 67,883 67,884 67,885 67,886 67,887 67,888 2-342 67,901 67,902 67,903 67,904 67,905 67,906 67,907 67,908 67,909 67,910 67,911 67,912 67,913 2-343 67,926 67,927 67,928 67,929 67,930 67,931 67,932 67,933 67,934 67,935 67,936 67,937 67,938 2-344 67,951 67,952 67,953 67,954 67,955 67,956 67,957 67,958 67,959 67,960 67,961 67,962 67,963 2-345 67,976 67,977 67,978 67,979 67,980 67,981 67,982 67,983 67,984 67,985 67,986 67,987 67,988 2-346 68,001 68,002 68,003 68,004 68,005 68,006 68,007 68,008 68,009 68,010 68,011 68,012 68,013 2-347 68,026 68,027 68,028 68,029 68,030 68,031 68,032 68,033 68,034 68,035 68,036 68,037 68,038 2-348 68,051 68,052 68,053 68,054 68,055 68,056 68,057 68,058 68,059 68,060 68,061 68,062 68,063 2-349 68,076 68,077 68,078 68,079 68,080 68,081 68,082 68,083 68,084 68,085 68,086 68,087 68,088 2-350 68,101 68,102 68,103 68,104 68,105 68,106 68,107 68,108 68,109 68,110 68,111 68,112 68,113 2-351 68,126 68,127 68,128 68,129 68,130 68,131 68,132 68,133 68,134 68,135 68,136 68,137 68,138 2-352 68,151 68,152 68,153 68,154 68,155 68,156 68,157 68,158 68,159 68,160 68,161 68,162 68,163 2-353 68,176 68,177 68,178 68,179 68,180 68,181 68,182 68,183 68,184 68,185 68,186 68,187 68,188 2-354 68,201 68,202 68,203 68,204 68,205 68,206 68,207 68,208 68,209 68,210 68,211 68,212 68,213 2-355 68,226 68,227 68,228 68,229 68,230 68,231 68,232 68,233 68,234 68,235 68,236 68,237 68,238 2-356 68,251 68,252 68,253 68,254 68,255 68,256 68,257 68,258 68,259 68,260 68,261 68,262 68,263 2-357 68,276 68,277 68,278 68,279 68,280 68,281 68,282 68,283 68,284 68,285 68,286 68,287 68,288 2-358 68,301 68,302 68,303 68,304 68,305 68,306 68,307 68,308 68,309 68,310 68,311 68,312 68,313 2-359 68,326 68,327 68,328 68,329 68,330 68,331 68,332 68,333 68,334 68,335 68,336 68,337 68,338 2-360 68,351 68,352 68,353 68,354 68,355 68,356 68,357 68,358 68,359 68,360 68,361 68,362 68,363 2-361 68,376 68,377 68,378 68,379 68,380 68,381 68,382 68,383 68,384 68,385 68,386 68,387 68,388 2-362 68,401 68,402 68,403 68,404 68,405 68,406 68,407 68,408 68,409 68,410 68,411 68,412 68,413 2-363 68,426 68,427 68,428 68,429 68,430 68,431 68,432 68,433 68,434 68,435 68,436 68,437 68,438 2-364 68,451 68,452 68,453 68,454 68,455 68,456 68,457 68,458 68,459 68,460 68,461 68,462 68,463 2-365 68,476 68,477 68,478 68,479 68,480 68,481 68,482 68,483 68,484 68,485 68,486 68,487 68,488 2-366 68,501 68,502 68,503 68,504 68,505 68,506 68,507 68,508 68,509 68,510 68,511 68,512 68,513 2-367 68,526 68,527 68,528 68,529 68,530 68,531 68,532 68,533 68,534 68,535 68,536 68,537 68,538 2-368 68,551 68,552 68,553 68,554 68,555 68,556 68,557 68,558 68,559 68,560 68,561 68,562 68,563 2-369 68,576 68,577 68,578 68,579 68,580 68,581 68,582 68,583 68,584 68,585 68,586 68,587 68,588 2-370 68,601 68,602 68,603 68,604 68,605 68,606 68,607 68,608 68,609 68,610 68,611 68,612 68,613 2-371 68,626 68,627 68,628 68,629 68,630 68,631 68,632 68,633 68,634 68,635 68,636 68,637 68,638 2-372 68,651 68,652 68,653 68,654 68,655 68,656 68,657 68,658 68,659 68,660 68,661 68,662 68,663 2-373 68,676 68,677 68,678 68,679 68,680 68,681 68,682 68,683 68,684 68,685 68,686 68,687 68,688 2-374 68,701 68,702 68,703 68,704 68,705 68,706 68,707 68,708 68,709 68,710 68,711 68,712 68,713 2-375 68,726 68,727 68,728 68,729 68,730 68,731 68,732 68,733 68,734 68,735 68,736 68,737 68,738 2-376 68,751 68,752 68,753 68,754 68,755 68,756 68,757 68,758 68,759 68,760 68,761 68,762 68,763 2-377 68,776 68,777 68,778 68,779 68,780 68,781 68,782 68,783 68,784 68,785 68,786 68,787 68,788 2-378 68,801 68,802 68,803 68,804 68,805 68,806 68,807 68,808 68,809 68,810 68,811 68,812 68,813 2-379 68,826 68,827 68,828 68,829 68,830 68,831 68,832 68,833 68,834 68,835 68,836 68,837 68,838 2-380 68,851 68,852 68,853 68,854 68,855 68,856 68,857 68,858 68,859 68,860 68,861 68,862 68,863 2-381 68,876 68,877 68,878 68,879 68,880 68,881 68,882 68,883 68,884 68,885 68,886 68,887 68,888 2-382 68,901 68,902 68,903 68,904 68,905 68,906 68,907 68,908 68,909 68,910 68,911 68,912 68,913 2-383 68,926 68,927 68,928 68,929 68,930 68,931 68,932 68,933 68,934 68,935 68,936 68,937 68,938 2-384 68,951 68,952 68,953 68,954 68,955 68,956 68,957 68,958 68,959 68,960 68,961 68,962 68,963 2-385 68,976 68,977 68,978 68,979 68,980 68,981 68,982 68,983 68,984 68,985 68,986 68,987 68,988 Compound represented by the formula (1) 1-139 1-140 1-141 1-142 1-143 1-144 1-145 1-146 1-147 1-148 1-149 1-150 Compound 2-331 67,639 67,640 67,641 67,642 67,643 67,644 67,645 67,646 67,647 67,648 67,649 67,650 represented 2-332 67,664 67,665 67,666 67,667 67,668 67,669 67,670 67,671 67,672 67,673 67,674 67,675 by the 2-333 67,689 67,690 67,691 67,692 67,693 67,694 67,695 67,696 67,697 67,698 67,699 67,700 formula (2) 2-334 67,714 67,715 67,716 67,717 67,718 67,719 67,720 67,721 67,722 67,723 67,724 67,725 2-335 67,739 67,740 67,741 67,742 67,743 67,744 67,745 67,746 67,747 67,748 67,749 67,750 2-336 67,764 67,765 67,766 67,767 67,768 67,769 67,770 67,771 67,772 67,773 67,774 67,775 2-337 67,789 67,790 67,791 67,792 67,793 67,794 67,795 67,796 67,797 67,798 67,799 67,800 2-338 67,814 67,815 67,816 67,817 67,818 67,819 67,820 67,821 67,822 67,823 67,824 67,825 2-339 67,839 67,840 67,841 67,842 67,843 67,844 67,845 67,846 67,847 67,848 67,849 67,850 2-340 67,864 67,865 67,866 67,867 67,868 67,869 67,870 67,871 67,872 67,873 67,874 67,875 2-341 67,889 67,890 67,891 67,892 67,893 67,894 67,895 67,896 67,897 67,898 67,899 67,900 2-342 67,914 67,915 67,916 67,917 67,918 67,919 67,920 67,921 67,922 67,923 67,924 67,925 2-343 67,939 67,940 67,941 67,942 67,943 67,944 67,945 67,946 67,947 67,948 67,949 67,950 2-344 67,964 67,965 67,966 67,967 67,968 67,969 67,970 67,971 67,972 67,973 67,974 67,975 2-345 67,989 67,990 67,991 67,992 67,993 67,994 67,995 67,996 67,997 67,998 67,999 68,000 2-346 68,014 68,015 68,016 68,017 68,018 68,019 68,020 68,021 68,022 68,023 68,024 68,025 2-347 68,039 68,040 68,041 68,042 68,043 68,044 68,045 68,046 68,047 68,048 68,049 68,050 2-348 68,064 68,065 68,066 68,067 68,068 68,069 68,070 68,071 68,072 68,073 68,074 68,075 2-349 68,089 68,090 68,091 68,092 68,093 68,094 68,095 68,096 68,097 68,098 68,099 68,100 2-350 68,114 68,115 68,116 68,117 68,118 68,119 68,120 68,121 68,122 68,123 68,124 68,125 2-351 68,139 68,140 68,141 68,142 68,143 68,144 68,145 68,146 68,147 68,148 68,149 68,150 2-352 68,164 68,165 68,166 68,167 68,168 68,169 68,170 68,171 68,172 68,173 68,174 68,175 2-353 68,189 68,190 68,191 68,192 68,193 68,194 68,195 68,196 68,197 68,198 68,199 68,200 2-354 68,214 68,215 68,216 68,217 68,218 68,219 68,220 68,221 68,222 68,223 68,224 68,225 2-355 68,239 68,240 68,241 68,242 68,243 68,244 68,245 68,246 68,247 68,248 68,249 68,250 2-356 68,264 68,265 68,266 68,267 68,268 68,269 68,270 68,271 68,272 68,273 68,274 68,275 2-357 68,289 68,290 68,291 68,292 68,293 68,294 68,295 68,296 68,297 68,298 68,299 68,300 2-358 68,314 68,315 68,316 68,317 68,318 68,319 68,320 68,321 68,322 68,323 68,324 68,325 2-359 68,339 68,340 68,341 68,342 68,343 68,344 68,345 68,346 68,347 68,348 68,349 68,350 2-360 68,364 68,365 68,366 68,367 68,368 68,369 68,370 68,371 68,372 68,373 68,374 68,375 2-361 68,389 68,390 68,391 68,392 68,393 68,394 68,395 68,396 68,397 68,398 68,399 68,400 2-362 68,414 68,415 68,416 68,417 68,418 68,419 68,420 68,421 68,422 68,423 68,424 68,425 2-363 68,439 68,440 68,441 68,442 68,443 68,444 68,445 68,446 68,447 68,448 68,449 68,450 2-364 68,464 68,465 68,466 68,467 68,468 68,469 68,470 68,471 68,472 68,473 68,474 68,475 2-365 68,489 68,490 68,491 68,492 68,493 68,494 68,495 68,496 68,497 68,498 68,499 68,500 2-366 68,514 68,515 68,516 68,517 68,518 68,519 68,520 68,521 68,522 68,523 68,524 68,525 2-367 68,539 68,540 68,541 68,542 68,543 68,544 68,545 68,546 68,547 68,548 68,549 68,550 2-368 68,564 68,565 68,566 68,567 68,568 68,569 68,570 68,571 68,572 68,573 68,574 68,575 2-369 68,589 68,590 68,591 68,592 68,593 68,594 68,595 68,596 68,597 68,598 68,599 68,600 2-370 68,614 68,615 68,616 68,617 68,618 68,619 68,620 68,621 68,622 68,623 68,624 68,625 2-371 68,639 68,640 68,641 68,642 68,643 68,644 68,645 68,646 68,647 68,648 68,649 68,650 2-372 68,664 68,665 68,666 68,667 68,668 68,669 68,670 68,671 68,672 68,673 68,674 68,675 2-373 68,689 68,690 68,691 68,692 68,693 68,694 68,695 68,696 68,697 68,698 68,699 68,700 2-374 68,714 68,715 68,716 68,717 68,718 68,719 68,720 68,721 68,722 68,723 68,724 68,725 2-375 68,739 68,740 68,741 68,742 68,743 68,744 68,745 68,746 68,747 68,748 68,749 68,750 2-376 68,764 68,765 68,766 68,767 68,768 68,769 68,770 68,771 68,772 68,773 68,774 68,775 2-377 68,789 68,790 68,791 68,792 68,793 68,794 68,795 68,796 68,797 68,798 68,799 68,800 2-378 68,814 68,815 68,816 68,817 68,818 68,819 68,820 68,821 68,822 68,823 68,824 68,825 2-379 68,839 68,840 68,841 68,842 68,843 68,844 68,845 68,846 68,847 68,848 68,849 68,850 2-380 68,864 68,865 68,866 68,867 68,868 68,869 68,870 68,871 68,872 68,873 68,874 68,875 2-381 68,889 68,890 68,891 68,892 68,893 68,894 68,895 68,896 68,897 68,898 68,899 68,900 2-382 68,914 68,915 68,916 68,917 68,918 68,919 68,920 68,921 68,922 68,923 68,924 68,925 2-383 68,939 68,940 68,941 68,942 68,943 68,944 68,945 68,946 68,947 68,948 68,949 68,950 2-384 68,964 68,965 68,966 68,967 68,968 68,969 68,970 68,971 68,972 68,973 68,974 68,975 2-385 68,989 68,990 68,991 68,992 68,993 68,994 68,995 68,996 68,997 68,998 68,999 69,000

TABLE 53 Compound represented by the formula (1) 1-126 1-127 1-128 1-129 1-130 1-131 1-132 1-133 1-134 1-135 1-136 1-137 1-138 Compound 2-386 69,001 69,002 69,003 69,004 69,005 69,006 69,007 69,008 69,009 69,010 69,011 69,012 69,013 represented 2-387 69,026 69,027 69,028 69,029 69,030 69,031 69,032 69,033 69,034 69,035 69,036 69,037 69,038 by the 2-388 69,051 69,052 69,053 69,054 69,055 69,056 69,057 69,058 69,059 69,060 69,061 69,062 69,063 formula (2) 2-389 69,076 69,077 69,078 69,079 69,080 69,081 69,082 69,083 69,084 69,085 69,086 69,087 69,088 2-390 69,101 69,102 69,103 69,104 69,105 69,106 69,107 69,108 69,109 69,110 69,111 69,112 69,113 2-391 69,126 69,127 69,128 69,129 69,130 69,131 69,132 69,133 69,134 69,135 69,136 69,137 69,138 2-392 69,151 69,152 69,153 69,154 69,155 69,156 69,157 69,158 69,159 69,160 69,161 69,162 69,163 2-393 69,176 69,177 69,178 69,179 69,180 69,181 69,182 69,183 69,184 69,185 69,186 69,187 69,188 2-394 69,201 69,202 69,203 69,204 69,205 69,206 69,207 69,208 69,209 69,210 69,211 69,212 69,213 2-395 69,226 69,227 69,228 69,229 69,230 69,231 69,232 69,233 69,234 69,235 69,236 69,237 69,238 2-396 69,251 69,252 69,253 69,254 69,255 69,256 69,257 69,258 69,259 69,260 69,261 69,262 69,263 2-397 69,276 69,277 69,278 69,279 69,280 69,281 69,282 69,283 69,284 69,285 69,286 69,287 69,288 2-398 69,301 69,302 69,303 69,304 69,305 69,306 69,307 69,308 69,309 69,310 69,311 69,312 69,313 2-399 69,326 69,327 69,328 69,329 69,330 69,331 69,332 69,333 69,334 69,335 69,336 69,337 69,338 2-400 69,351 69,352 69,353 69,354 69,355 69,356 69,357 69,358 69,359 69,360 69,361 69,362 69,363 2-401 69,376 69,377 69,378 69,379 69,380 69,381 69,382 69,383 69,384 69,385 69,386 69,387 69,388 2-402 69,401 69,402 69,403 69,404 69,405 69,406 69,407 69,408 69,409 69,410 69,411 69,412 69,413 2-403 69,426 69,427 69,428 69,429 69,430 69,431 69,432 69,433 69,434 69,435 69,436 69,437 69,438 2-404 69,451 69,452 69,453 69,454 69,455 69,456 69,457 69,458 69,459 69,460 69,461 69,462 69,463 2-405 69,476 69,477 69,478 69,479 69,480 69,481 69,482 69,483 69,484 69,485 69,486 69,487 69,488 2-406 69,501 69,502 69,503 69,504 69,505 69,506 69,507 69,508 69,509 69,510 69,511 69,512 69,513 2-407 69,526 69,527 69,528 69,529 69,530 69,531 69,532 69,533 69,534 69,535 69,536 69,537 69,538 2-408 69,551 69,552 69,553 69,554 69,555 69,556 69,557 69,558 69,559 69,560 69,561 69,562 69,563 2-409 69,576 69,577 69,578 69,579 69,580 69,581 69,582 69,583 69,584 69,585 69,586 69,587 69,588 2-410 69,601 69,602 69,603 69,604 69,605 69,606 69,607 69,608 69,609 69,610 69,611 69,612 69,613 2-411 69,626 69,627 69,628 69,629 69,630 69,631 69,632 69,633 69,634 69,635 69,636 69,637 69,638 2-412 69,651 69,652 69,653 69,654 69,655 69,656 69,657 69,658 69,659 69,660 69,661 69,662 69,663 2-413 69,676 69,677 69,678 69,679 69,680 69,681 69,682 69,683 69,684 69,685 69,686 69,687 69,688 2-414 69,701 69,702 69,703 69,704 69,705 69,706 69,707 69,708 69,709 69,710 69,711 69,712 69,713 2-415 69,726 69,727 69,728 69,729 69,730 69,731 69,732 69,733 69,734 69,735 69,736 69,737 69,738 2-416 69,751 69,752 69,753 69,754 69,755 69,756 69,757 69,758 69,759 69,760 69,761 69,762 69,763 2-417 69,776 69,777 69,778 69,779 69,780 69,781 69,782 69,783 69,784 69,785 69,786 69,787 69,788 2-418 69,801 69,802 69,803 69,804 69,805 69,806 69,807 69,808 69,809 69,810 69,811 69,812 69,813 2-419 69,826 69,827 69,828 69,829 69,830 69,831 69,832 69,833 69,834 69,835 69,836 69,837 69,838 2-420 69,851 69,852 69,853 69,854 69,855 69,856 69,857 69,858 69,859 69,860 69,861 69,862 69,863 2-421 69,876 69,877 69,878 69,879 69,880 69,881 69,882 69,883 69,884 69,885 69,886 69,887 69,888 2-422 69,901 69,902 69,903 69,904 69,905 69,906 69,907 69,908 69,909 69,910 69,911 69,912 69,913 2-423 69,926 69,927 69,928 69,929 69,930 69,931 69,932 69,933 69,934 69,935 69,936 69,937 69,938 2-424 69,951 69,952 69,953 69,954 69,955 69,956 69,957 69,958 69,959 69,960 69,961 69,962 69,963 2-425 69,976 69,977 69,978 69,979 69,980 69,981 69,982 69,983 69,984 69,985 69,986 69,987 69,988 2-426 70,001 70,002 70,003 70,004 70,005 70,006 70,007 70,008 70,009 70,010 70,011 70,012 70,013 2-427 70,026 70,027 70,028 70,029 70,030 70,031 70,032 70,033 70,034 70,035 70,036 70,037 70,038 2-428 70,051 70,052 70,053 70,054 70,055 70,056 70,057 70,058 70,059 70,060 70,061 70,062 70,063 2-429 70,076 70,077 70,078 70,079 70,080 70,081 70,082 70,083 70,084 70,085 70,086 70,087 70,088 2-430 70,101 70,102 70,103 70,104 70,105 70,106 70,107 70,108 70,109 70,110 70,111 70,112 70,113 2-431 70,126 70,127 70,128 70,129 70,130 70,131 70,132 70,133 70,134 70,135 70,136 70,137 70,138 2-432 70,151 70,152 70,153 70,154 70,155 70,156 70,157 70,158 70,159 70,160 70,161 70,162 70,163 2-433 70,176 70,177 70,178 70,179 70,180 70,181 70,182 70,183 70,184 70,185 70,186 70,187 70,188 2-434 70,201 70,202 70,203 70,204 70,205 70,206 70,207 70,208 70,209 70,210 70,211 70,212 70,213 2-435 70,226 70,227 70,228 70,229 70,230 70,231 70,232 70,233 70,234 70,235 70,236 70,237 70,238 2-436 70,251 70,252 70,253 70,254 70,255 70,256 70,257 70,258 70,259 70,260 70,261 70,262 70,263 2-437 70,276 70,277 70,278 70,279 70,280 70,281 70,282 70,283 70,284 70,285 70,286 70,287 70,288 2-438 70,301 70,302 70,303 70,304 70,305 70,306 70,307 70,308 70,309 70,310 70,311 70,312 70,313 2-439 70,326 70,327 70,328 70,329 70,330 70,331 70,332 70,333 70,334 70,335 70,336 70,337 70,338 2-440 70,351 70,352 70,353 70,354 70,355 70,356 70,357 70,358 70,359 70,360 70,361 70,362 70,363 Compound represented by the formula (1) 1-139 1-140 1-141 1-142 1-143 1-144 1-145 1-146 1-147 1-148 1-149 1-150 Compound 2-386 69,014 69,015 69,016 69,017 69,018 69,019 69,020 69,021 69,022 69,023 69,024 69,025 represented 2-387 69,039 69,040 69,041 69,042 69,043 69,044 69,045 69,046 69,047 69,048 69,049 69,050 by the 2-388 69,064 69,065 69,066 69,067 69,068 69,069 69,070 69,071 69,072 69,073 69,074 69,075 formula (2) 2-389 69,089 69,090 69,091 69,092 69,093 69,094 69,095 69,096 69,097 69,098 69,099 69,100 2-390 69,114 69,115 69,116 69,117 69,118 69,119 69,120 69,121 69,122 69,123 69,124 69,125 2-391 69,139 69,140 69,141 69,142 69,143 69,144 69,145 69,146 69,147 69,148 69,149 69,150 2-392 69,164 69,165 69,166 69,167 69,168 69,169 69,170 69,171 69,172 69,173 69,174 69,175 2-393 69,189 69,190 69,191 69,192 69,193 69,194 69,195 69,196 69,197 69,198 69,199 69,200 2-394 69,214 69,215 69,216 69,217 69,218 69,219 69,220 69,221 69,222 69,223 69,224 69,225 2-395 69,239 69,240 69,241 69,242 69,243 69,244 69,245 69,246 69,247 69,248 69,249 69,250 2-396 69,264 69,265 69,266 69,267 69,268 69,269 69,270 69,271 69,272 69,273 69,274 69,275 2-397 69,289 69,290 69,291 69,292 69,293 69,294 69,295 69,296 69,297 69,298 69,299 69,300 2-398 69,314 69,315 69,316 69,317 69,318 69,319 69,320 69,321 69,322 69,323 69,324 69,325 2-399 69,339 69,340 69,341 69,342 69,343 69,344 69,345 69,346 69,347 69,348 69,349 69,350 2-400 69,364 69,365 69,366 69,367 69,368 69,369 69,370 69,371 69,372 69,373 69,374 69,375 2-401 69,389 69,390 69,391 69,392 69,393 69,394 69,395 69,396 69,397 69,398 69,399 69,400 2-402 69,414 69,415 69,416 69,417 69,418 69,419 69,420 69,421 69,422 69,423 69,424 69,425 2-403 69,439 69,440 69,441 69,442 69,443 69,444 69,445 69,446 69,447 69,448 69,449 69,450 2-404 69,464 69,465 69,466 69,467 69,468 69,469 69,470 69,471 69,472 69,473 69,474 69,475 2-405 69,489 69,490 69,491 69,492 69,493 69,494 69,495 69,496 69,497 69,498 69,499 69,500 2-406 69,514 69,515 69,516 69,517 69,518 69,519 69,520 69,521 69,522 69,523 69,524 69,525 2-407 69,539 69,540 69,541 69,542 69,543 69,544 69,545 69,546 69,547 69,548 69,549 69,550 2-408 69,564 69,565 69,566 69,567 69,568 69,569 69,570 69,571 69,572 69,573 69,574 69,575 2-409 69,589 69,590 69,591 69,592 69,593 69,594 69,595 69,596 69,597 69,598 69,599 69,600 2-410 69,614 69,615 69,616 69,617 69,618 69,619 69,620 69,621 69,622 69,623 69,624 69,625 2-411 69,639 69,640 69,641 69,642 69,643 69,644 69,645 69,646 69,647 69,648 69,649 69,650 2-412 69,664 69,665 69,666 69,667 69,668 69,669 69,670 69,671 69,672 69,673 69,674 69,675 2-413 69,689 69,690 69,691 69,692 69,693 69,694 69,695 69,696 69,697 69,698 69,699 69,700 2-414 69,714 69,715 69,716 69,717 69,718 69,719 69,720 69,721 69,722 69,723 69,724 69,725 2-415 69,739 69,740 69,741 69,742 69,743 69,744 69,745 69,746 69,747 69,748 69,749 69,750 2-416 69,764 69,765 69,766 69,767 69,768 69,769 69,770 69,771 69,772 69,773 69,774 69,775 2-417 69,789 69,790 69,791 69,792 69,793 69,794 69,795 69,796 69,797 69,798 69,799 69,800 2-418 69,814 69,815 69,816 69,817 69,818 69,819 69,820 69,821 69,822 69,823 69,824 69,825 2-419 69,839 69,840 69,841 69,842 69,843 69,844 69,845 69,846 69,847 69,848 69,849 69,850 2-420 69,864 69,865 69,866 69,867 69,868 69,869 69,870 69,871 69,872 69,873 69,874 69,875 2-421 69,889 69,890 69,891 69,892 69,893 69,894 69,895 69,896 69,897 69,898 69,899 69,900 2-422 69,914 69,915 69,916 69,917 69,918 69,919 69,920 69,921 69,922 69,923 69,924 69,925 2-423 69,939 69,940 69,941 69,942 69,943 69,944 69,945 69,946 69,947 69,948 69,949 69,950 2-424 69,964 69,965 69,966 69,967 69,968 69,969 69,970 69,971 69,972 69,973 69,974 69,975 2-425 69,989 69,990 69,991 69,992 69,993 69,994 69,995 69,996 69,997 69,998 69,999 70,000 2-426 70,014 70,015 70,016 70,017 70,018 70,019 70,020 70,021 70,022 70,023 70,024 70,025 2-427 70,039 70,040 70,041 70,042 70,043 70,044 70,045 70,046 70,047 70,048 70,049 70,050 2-428 70,064 70,065 70,066 70,067 70,068 70,069 70,070 70,071 70,072 70,073 70,074 70,075 2-429 70,089 70,090 70,091 70,092 70,093 70,094 70,095 70,096 70,097 70,098 70,099 70,100 2-430 70,114 70,115 70,116 70,117 70,118 70,119 70,120 70,121 70,122 70,123 70,124 70,125 2-431 70,139 70,140 70,141 70,142 70,143 70,144 70,145 70,146 70,147 70,148 70,149 70,150 2-432 70,164 70,165 70,166 70,167 70,168 70,169 70,170 70,171 70,172 70,173 70,174 70,175 2-433 70,189 70,190 70,191 70,192 70,193 70,194 70,195 70,196 70,197 70,198 70,199 70,200 2-434 70,214 70,215 70,216 70,217 70,218 70,219 70,220 70,221 70,222 70,223 70,224 70,225 2-435 70,239 70,240 70,241 70,242 70,243 70,244 70,245 70,246 70,247 70,248 70,249 70,250 2-436 70,264 70,265 70,266 70,267 70,268 70,269 70,270 70,271 70,272 70,273 70,274 70,275 2-437 70,289 70,290 70,291 70,292 70,293 70,294 70,295 70,296 70,297 70,298 70,299 70,300 2-438 70,314 70,315 70,316 70,317 70,318 70,319 70,320 70,321 70,322 70,323 70,324 70,325 2-439 70,339 70,340 70,341 70,342 70,343 70,344 70,345 70,346 70,347 70,348 70,349 70,350 2-440 70,364 70,365 70,366 70,367 70,368 70,369 70,370 70,371 70,372 70,373 70,374 70,375

TABLE 54 Compound represented by the formula (1) 1-126 1-127 1-128 1-129 1-130 1-131 1-132 1-133 1-134 1-135 1-136 1-137 1-138 Compound 2-441 70,376 70,377 70,378 70,379 70,380 70,381 70,382 70,383 70,384 70,385 70,386 70,387 70,388 represented 2-442 70,401 70,402 70,403 70,404 70,405 70,406 70,407 70,408 70,409 70,410 70,411 70,412 70,413 by the 2-443 70,426 70,427 70,428 70,429 70,430 70,431 70,432 70,433 70,434 70,435 70,436 70,437 70,438 formula (2) 2-444 70,451 70,452 70,453 70,454 70,455 70,456 70,457 70,458 70,459 70,460 70,461 70,462 70,463 2-445 70,476 70,477 70,478 70,479 70,480 70,481 70,482 70,483 70,484 70,485 70,486 70,487 70,488 2-446 70,501 70,502 70,503 70,504 70,505 70,506 70,507 70,508 70,509 70,510 70,511 70,512 70,513 2-447 70,526 70,527 70,528 70,529 70,530 70,531 70,532 70,533 70,534 70,535 70,536 70,537 70,538 2-448 70,551 70,552 70,553 70,554 70,555 70,556 70,557 70,558 70,559 70,560 70,561 70,562 70,563 2-449 70,576 70,577 70,578 70,579 70,580 70,581 70,582 70,583 70,584 70,585 70,586 70,587 70,588 2-450 70,601 70,602 70,603 70,604 70,605 70,606 70,607 70,608 70,609 70,610 70,611 70,612 70,613 2-451 70,626 70,627 70,628 70,629 70,630 70,631 70,632 70,633 70,634 70,635 70,636 70,637 70,638 2-452 70,651 70,652 70,653 70,654 70,655 70,656 70,657 70,658 70,659 70,660 70,661 70,662 70,663 2-453 70,676 70,677 70,678 70,679 70,680 70,681 70,682 70,683 70,684 70,685 70,686 70,687 70,688 2-454 70,701 70,702 70,703 70,704 70,705 70,706 70,707 70,708 70,709 70,710 70,711 70,712 70,713 2-455 70,726 70,727 70,728 70,729 70,730 70,731 70,732 70,733 70,734 70,735 70,736 70,737 70,738 2-456 70,751 70,752 70,753 70,754 70,755 70,756 70,757 70,758 70,759 70,760 70,761 70,762 70,763 2-457 70,776 70,777 70,778 70,779 70,780 70,781 70,782 70,783 70,784 70,785 70,786 70,787 70,788 2-458 70,801 70,802 70,803 70,804 70,805 70,806 70,807 70,808 70,809 70,810 70,811 70,812 70,813 2-459 70,826 70,827 70,828 70,829 70,830 70,831 70,832 70,833 70,834 70,835 70,836 70,837 70,838 2-460 70,851 70,852 70,853 70,854 70,855 70,856 70,857 70,858 70,859 70,860 70,861 70,862 70,863 2-461 70,876 70,877 70,878 70,879 70,880 70,881 70,882 70,883 70,884 70,885 70,886 70,887 70,888 2-462 70,901 70,902 70,903 70,904 70,905 70,906 70,907 70,908 70,909 70,910 70,911 70,912 70,913 2-463 70,926 70,927 70,928 70,929 70,930 70,931 70,932 70,933 70,934 70,935 70,936 70,937 70,938 2-464 70,951 70,952 70,953 70,954 70,955 70,956 70,957 70,958 70,959 70,960 70,961 70,962 70,963 2-465 70,976 70,977 70,978 70,979 70,980 70,981 70,982 70,983 70,984 70,985 70,986 70,987 70,988 2-466 71,001 71,002 71,003 71,004 71,005 71,006 71,007 71,008 71,009 71,010 71,011 71,012 71,013 2-467 71,026 71,027 71,028 71,029 71,030 71,031 71,032 71,033 71,034 71,035 71,036 71,037 71,038 2-468 71,051 71,052 71,053 71,054 71,055 71,056 71,057 71,058 71,059 71,060 71,061 71,062 71,063 2-469 71,076 71,077 71,078 71,079 71,080 71,081 71,082 71,083 71,084 71,085 71,086 71,087 71,088 2-470 71,101 71,102 71,103 71,104 71,105 71,106 71,107 71,108 71,109 71,110 71,111 71,112 71,113 2-471 71,126 71,127 71,128 71,129 71,130 71,131 71,132 71,133 71,134 71,135 71,136 71,137 71,138 2-472 71,151 71,152 71,153 71,154 71,155 71,156 71,157 71,158 71,159 71,160 71,161 71,162 71,163 2-473 71,176 71,177 71,178 71,179 71,180 71,181 71,182 71,183 71,184 71,185 71,186 71,187 71,188 2-474 71,201 71,202 71,203 71,204 71,205 71,206 71,207 71,208 71,209 71,210 71,211 71,212 71,213 2-475 71,226 71,227 71,228 71,229 71,230 71,231 71,232 71,233 71,234 71,235 71,236 71,237 71,238 Compound represented by the formula (1) 1-139 1-140 1-141 1-142 1-143 1-144 1-145 1-146 1-147 1-148 1-149 1-150 Compound 2-441 70,389 70,390 70,391 70,392 70,393 70,394 70,395 70,396 70,397 70,398 70,399 70,400 represented 2-442 70,414 70,415 70,416 70,417 70,418 70,419 70,420 70,421 70,422 70,423 70,424 70,425 by the 2-443 70,439 70,440 70,441 70,442 70,443 70,444 70,445 70,446 70,447 70,448 70,449 70,450 formula (2) 2-444 70,464 70,465 70,466 70,467 70,468 70,469 70,470 70,471 70,472 70,473 70,474 70,475 2-445 70,489 70,490 70,491 70,492 70,493 70,494 70,495 70,496 70,497 70,498 70,499 70,500 2-446 70,514 70,515 70,516 70,517 70,518 70,519 70,520 70,521 70,522 70,523 70,524 70,525 2-447 70,539 70,540 70,541 70,542 70,543 70,544 70,545 70,546 70,547 70,548 70,549 70,550 2-448 70,564 70,565 70,566 70,567 70,568 70,569 70,570 70,571 70,572 70,573 70,574 70,575 2-449 70,589 70,590 70,591 70,592 70,593 70,594 70,595 70,596 70,597 70,598 70,599 70,600 2-450 70,614 70,615 70,616 70,617 70,618 70,619 70,620 70,621 70,622 70,623 70,624 70,625 2-451 70,639 70,640 70,641 70,642 70,643 70,644 70,645 70,646 70,647 70,648 70,649 70,650 2-452 70,664 70,665 70,666 70,667 70,668 70,669 70,670 70,671 70,672 70,673 70,674 70,675 2-453 70,689 70,690 70,691 70,692 70,693 70,694 70,695 70,696 70,697 70,698 70,699 70,700 2-454 70,714 70,715 70,716 70,717 70,718 70,719 70,720 70,721 70,722 70,723 70,724 70,725 2-455 70,739 70,740 70,741 70,742 70,743 70,744 70,745 70,746 70,747 70,748 70,749 70,750 2-456 70,764 70,765 70,766 70,767 70,768 70,769 70,770 70,771 70,772 70,773 70,774 70,775 2-457 70,789 70,790 70,791 70,792 70,793 70,794 70,795 70,796 70,797 70,798 70,799 70,800 2-458 70,814 70,815 70,816 70,817 70,818 70,819 70,820 70,821 70,822 70,823 70,824 70,825 2-459 70,839 70,840 70,841 70,842 70,843 70,844 70,845 70,846 70,847 70,848 70,849 70,850 2-460 70,864 70,865 70,866 70,867 70,868 70,869 70,870 70,871 70,872 70,873 70,874 70,875 2-461 70,889 70,890 70,891 70,892 70,893 70,894 70,895 70,896 70,897 70,898 70,899 70,900 2-462 70,914 70,915 70,916 70,917 70,918 70,919 70,920 70,921 70,922 70,923 70,924 70,925 2-463 70,939 70,940 70,941 70,942 70,943 70,944 70,945 70,946 70,947 70,948 70,949 70,950 2-464 70,964 70,965 70,966 70,967 70,968 70,969 70,970 70,971 70,972 70,973 70,974 70,975 2-465 70,989 70,990 70,991 70,992 70,993 70,994 70,995 70,996 70,997 70,998 70,999 71,000 2-466 71,014 71,015 71,016 71,017 71,018 71,019 71,020 71,021 71,022 71,023 71,024 71,025 2-467 71,039 71,040 71,041 71,042 71,043 71,044 71,045 71,046 71,047 71,048 71,049 71,050 2-468 71,064 71,065 71,066 71,067 71,068 71,069 71,070 71,071 71,072 71,073 71,074 71,075 2-469 71,089 71,090 71,091 71,092 71,093 71,094 71,095 71,096 71,097 71,098 71,099 71,100 2-470 71,114 71,115 71,116 71,117 71,118 71,119 71,120 71,121 71,122 71,123 71,124 71,125 2-471 71,139 71,140 71,141 71,142 71,143 71,144 71,145 71,146 71,147 71,148 71,149 71,150 2-472 71,164 71,165 71,166 71,167 71,168 71,169 71,170 71,171 71,172 71,173 71,174 71,175 2-473 71,189 71,190 71,191 71,192 71,193 71,194 71,195 71,196 71,197 71,198 71,199 71,200 2-474 71,214 71,215 71,216 71,217 71,218 71,219 71,220 71,221 71,222 71,223 71,224 71,225 2-475 71,239 71,240 71,241 71,242 71,243 71,244 71,245 71,246 71,247 71,248 71,249 71,250

TABLE 55 Compound represented by the formula (1) 1-151 1-152 1-153 1-154 1-155 1-156 1-157 1-158 1-159 1-160 1-161 1-162 1-163 Compound 2-1  71,251 71,252 71,253 71,254 71,255 71,256 71,257 71,258 71,259 71,260 71,261 71,262 71,263 represented 2-2  71,276 71,277 71,278 71,279 71,280 71,281 71,282 71,283 71,284 71,285 71,286 71,287 71,288 by the 2-3  71,301 71,302 71,303 71,304 71,305 71,306 71,307 71,308 71,309 71,310 71,311 71,312 71,313 formula (2) 2-4  71,326 71,327 71,328 71,329 71,330 71,331 71,332 71,333 71,334 71,335 71,336 71,337 71,338 2-5  71,351 71,352 71,353 71,354 71,355 71,356 71,357 71,358 71,359 71,360 71,361 71,362 71,363 2-6  71,376 71,377 71,378 71,379 71,380 71,381 71,382 71,383 71,384 71,385 71,386 71,387 71,388 2-7  71,401 71,402 71,403 71,404 71,405 71,406 71,407 71,408 71,409 71,410 71,411 71,412 71,413 2-8  71,426 71,427 71,428 71,429 71,430 71,431 71,432 71,433 71,434 71,435 71,436 71,437 71,438 2-9  71,451 71,452 71,453 71,454 71,455 71,456 71,457 71,458 71,459 71,460 71,461 71,462 71,463 2-10 71,476 71,477 71,478 71,479 71,480 71,481 71,482 71,483 71,484 71,485 71,486 71,487 71,488 2-11 71,501 71,502 71,503 71,504 71,505 71,506 71,507 71,508 71,509 71,510 71,511 71,512 71,513 2-12 71,526 71,527 71,528 71,529 71,530 71,531 71,532 71,533 71,534 71,535 71,536 71,537 71,538 2-13 71,551 71,552 71,553 71,554 71,555 71,556 71,557 71,558 71,559 71,560 71,561 71,562 71,563 2-14 71,576 71,577 71,578 71,579 71,580 71,581 71,582 71,583 71,584 71,585 71,586 71,587 71,588 2-15 71,601 71,602 71,603 71,604 71,605 71,606 71,607 71,608 71,609 71,610 71,611 71,612 71,613 2-16 71,626 71,627 71,628 71,629 71,630 71,631 71,632 71,633 71,634 71,635 71,636 71,637 71,638 2-17 71,651 71,652 71,653 71,654 71,655 71,656 71,657 71,658 71,659 71,660 71,661 71,662 71,663 2-18 71,676 71,677 71,678 71,679 71,680 71,681 71,682 71,683 71,684 71,685 71,686 71,687 71,688 2-19 71,701 71,702 71,703 71,704 71,705 71,706 71,707 71,708 71,709 71,710 71,711 71,712 71,713 2-20 71,726 71,727 71,728 71,729 71,730 71,731 71,732 71,733 71,734 71,735 71,736 71,737 71,738 2-21 71,751 71,752 71,753 71,754 71,755 71,756 71,757 71,758 71,759 71,760 71,761 71,762 71,763 2-22 71,776 71,777 71,778 71,779 71,780 71,781 71,782 71,783 71,784 71,785 71,786 71,787 71,788 2-23 71,801 71,802 71,803 71,804 71,805 71,806 71,807 71,808 71,809 71,810 71,811 71,812 71,813 2-24 71,826 71,827 71,828 71,829 71,830 71,831 71,832 71,833 71,834 71,835 71,836 71,837 71,838 2-25 71,851 71,852 71,853 71,854 71,855 71,856 71,857 71,858 71,859 71,860 71,861 71,862 71,863 2-26 71,876 71,877 71,878 71,879 71,880 71,881 71,882 71,883 71,884 71,885 71,886 71,887 71,888 2-27 71,901 71,902 71,903 71,904 71,905 71,906 71,907 71,908 71,909 71,910 71,911 71,912 71,913 2-28 71,926 71,927 71,928 71,929 71,930 71,931 71,932 71,933 71,934 71,935 71,936 71,937 71,938 2-29 71,951 71,952 71,953 71,954 71,955 71,956 71,957 71,958 71,959 71,960 71,961 71,962 71,963 2-30 71,976 71,977 71,978 71,979 71,980 71,981 71,982 71,983 71,984 71,985 71,986 71,987 71,988 2-31 72,001 72,002 72,003 72,004 72,005 72,006 72,007 72,008 72,009 72,010 72,011 72,012 72,013 2-32 72,026 72,027 72,028 72,029 72,030 72,031 72,032 72,033 72,034 72,035 72,036 72,037 72,038 2-33 72,051 72,052 72,053 72,054 72,055 72,056 72,057 72,058 72,059 72,060 72,061 72,062 72,063 2-34 72,076 72,077 72,078 72,079 72,080 72,081 72,082 72,083 72,084 72,085 72,086 72,087 72,088 2-35 72,101 72,102 72,103 72,104 72,105 72,106 72,107 72,108 72,109 72,110 72,111 72,112 72,113 2-36 72,126 72,127 72,128 72,129 72,130 72,131 72,132 72,133 72,134 72,135 72,136 72,137 72,138 2-37 72,151 72,152 72,153 72,154 72,155 72,156 72,157 72,158 72,159 72,160 72,161 72,162 72,163 2-38 72,176 72,177 72,178 72,179 72,180 72,181 72,182 72,183 72,184 72,185 72,186 72,187 72,188 2-39 72,201 72,202 72,203 72,204 72,205 72,206 72,207 72,208 72,209 72,210 72,211 72,212 72,213 2-40 72,226 72,227 72,228 72,229 72,230 72,231 72,232 72,233 72,234 72,235 72,236 72,237 72,238 2-41 72,251 72,252 72,253 72,254 72,255 72,256 72,257 72,258 72,259 72,260 72,261 72,262 72,263 2-42 72,276 72,277 72,278 72,279 72,280 72,281 72,282 72,283 72,284 72,285 72,286 72,287 72,288 2-43 72,301 72,302 72,303 72,304 72,305 72,306 72,307 72,308 72,309 72,310 72,311 72,312 72,313 2-44 72,326 72,327 72,328 72,329 72,330 72,331 72,332 72,333 72,334 72,335 72,336 72,337 72,338 2-45 72,351 72,352 72,353 72,354 72,355 72,356 72,357 72,358 72,359 72,360 72,361 72,362 72,363 2-46 72,376 72,377 72,378 72,379 72,380 72,381 72,382 72,383 72,384 72,385 72,386 72,387 72,388 2-47 72,401 72,402 72,403 72,404 72,405 72,406 72,407 72,408 72,409 72,410 72,411 72,412 72,413 2-48 72,426 72,427 72,428 72,429 72,430 72,431 72,432 72,433 72,434 72,435 72,436 72,437 72,438 2-49 72,451 72,452 72,453 72,454 72,455 72,456 72,457 72,458 72,459 72,460 72,461 72,462 72,463 2-50 72,476 72,477 72,478 72,479 72,480 72,481 72,482 72,483 72,484 72,485 72,486 72,487 72,488 2-51 72,501 72,502 72,503 72,504 72,505 72,506 72,507 72,508 72,509 72,510 72,511 72,512 72,513 2-52 72,526 72,527 72,528 72,529 72,530 72,531 72,532 72,533 72,534 72,535 72,536 72,537 72,538 2-53 72,551 72,552 72,553 72,554 72,555 72,556 72,557 72,558 72,559 72,560 72,561 72,562 72,563 2-54 72,576 72,577 72,578 72,579 72,580 72,581 72,582 72,583 72,584 72,585 72,586 72,587 72,588 2-55 72,601 72,602 72,603 72,604 72,605 72,606 72,607 72,608 72,609 72,610 72,611 72,612 72,613 Compound represented by the formula (1) 1-164 1-165 1-166 1-167 1-168 1-169 1-170 1-171 1-172 1-173 1-174 1-175 Compound 2-1  71,264 71,265 71,266 71,267 71,268 71,269 71,270 71,271 71,272 71,273 71,274 71,275 represented 2-2  71,289 71,290 71,291 71,292 71,293 71,294 71,295 71,296 71,297 71,298 71,299 71,300 by the 2-3  71,314 71,315 71,316 71,317 71,318 71,319 71,320 71,321 71,322 71,323 71,324 71,325 formula (2) 2-4  71,339 71,340 71,341 71,342 71,343 71,344 71,345 71,346 71,347 71,348 71,349 71,350 2-5  71,364 71,365 71,366 71,367 71,368 71,369 71,370 71,371 71,372 71,373 71,374 71,375 2-6  71,389 71,390 71,391 71,392 71,393 71,394 71,395 71,396 71,397 71,398 71,399 71,400 2-7  71,414 71,415 71,416 71,417 71,418 71,419 71,420 71,421 71,422 71,423 71,424 71,425 2-8  71,439 71,440 71,441 71,442 71,443 71,444 71,445 71,446 71,447 71,448 71,449 71,450 2-9  71,464 71,465 71,466 71,467 71,468 71,469 71,470 71,471 71,472 71,473 71,474 71,475 2-10 71,489 71,490 71,491 71,492 71,493 71,494 71,495 71,496 71,497 71,498 71,499 71,500 2-11 71,514 71,515 71,516 71,517 71,518 71,519 71,520 71,521 71,522 71,523 71,524 71,525 2-12 71,539 71,540 71,541 71,542 71,543 71,544 71,545 71,546 71,547 71,548 71,549 71,550 2-13 71,564 71,565 71,566 71,567 71,568 71,569 71,570 71,571 71,572 71,573 71,574 71,575 2-14 71,589 71,590 71,591 71,592 71,593 71,594 71,595 71,596 71,597 71,598 71,599 71,600 2-15 71,614 71,615 71,616 71,617 71,618 71,619 71,620 71,621 71,622 71,623 71,624 71,625 2-16 71,639 71,640 71,641 71,642 71,643 71,644 71,645 71,646 71,647 71,648 71,649 71,650 2-17 71,664 71,665 71,666 71,667 71,668 71,669 71,670 71,671 71,672 71,673 71,674 71,675 2-18 71,689 71,690 71,691 71,692 71,693 71,694 71,695 71,696 71,697 71,698 71,699 71,700 2-19 71,714 71,715 71,716 71,717 71,718 71,719 71,720 71,721 71,722 71,723 71,724 71,725 2-20 71,739 71,740 71,741 71,742 71,743 71,744 71,745 71,746 71,747 71,748 71,749 71,750 2-21 71,764 71,765 71,766 71,767 71,768 71,769 71,770 71,771 71,772 71,773 71,774 71,775 2-22 71,789 71,790 71,791 71,792 71,793 71,794 71,795 71,796 71,797 71,798 71,799 71,800 2-23 71,814 71,815 71,816 71,817 71,818 71,819 71,820 71,821 71,822 71,823 71,824 71,825 2-24 71,839 71,840 71,841 71,842 71,843 71,844 71,845 71,846 71,847 71,848 71,849 71,850 2-25 71,864 71,865 71,866 71,867 71,868 71,869 71,870 71,871 71,872 71,873 71,874 71,875 2-26 71,889 71,890 71,891 71,892 71,893 71,894 71,895 71,896 71,897 71,898 71,899 71,900 2-27 71,914 71,915 71,916 71,917 71,918 71,919 71,920 71,921 71,922 71,923 71,924 71,925 2-28 71,939 71,940 71,941 71,942 71,943 71,944 71,945 71,946 71,947 71,948 71,949 71,950 2-29 71,964 71,965 71,966 71,967 71,968 71,969 71,970 71,971 71,972 71,973 71,974 71,975 2-30 71,989 71,990 71,991 71,992 71,993 71,994 71,995 71,996 71,997 71,998 71,999 72,000 2-31 72,014 72,015 72,016 72,017 72,018 72,019 72,020 72,021 72,022 72,023 72,024 72,025 2-32 72,039 72,040 72,041 72,042 72,043 72,044 72,045 72,046 72,047 72,048 72,049 72,050 2-33 72,064 72,065 72,066 72,067 72,068 72,069 72,070 72,071 72,072 72,073 72,074 72,075 2-34 72,089 72,090 72,091 72,092 72,093 72,094 72,095 72,096 72,097 72,098 72,099 72,100 2-35 72,114 72,115 72,116 72,117 72,118 72,119 72,120 72,121 72,122 72,123 72,124 72,125 2-36 72,139 72,140 72,141 72,142 72,143 72,144 72,145 72,146 72,147 72,148 72,149 72,150 2-37 72,164 72,165 72,166 72,167 72,168 72,169 72,170 72,171 72,172 72,173 72,174 72,175 2-38 72,189 72,190 72,191 72,192 72,193 72,194 72,195 72,196 72,197 72,198 72,199 72,200 2-39 72,214 72,215 72,216 72,217 72,218 72,219 72,220 72,221 72,222 72,223 72,224 72,225 2-40 72,239 72,240 72,241 72,242 72,243 72,244 72,245 72,246 72,247 72,248 72,249 72,250 2-41 72,264 72,265 72,266 72,267 72,268 72,269 72,270 72,271 72,272 72,273 72,274 72,275 2-42 72,289 72,290 72,291 72,292 72,293 72,294 72,295 72,296 72,297 72,298 72,299 72,300 2-43 72,314 72,315 72,316 72,317 72,318 72,319 72,320 72,321 72,322 72,323 72,324 72,325 2-44 72,339 72,340 72,341 72,342 72,343 72,344 72,345 72,346 72,347 72,348 72,349 72,350 2-45 72,364 72,365 72,366 72,367 72,368 72,369 72,370 72,371 72,372 72,373 72,374 72,375 2-46 72,389 72,390 72,391 72,392 72,393 72,394 72,395 72,396 72,397 72,398 72,399 72,400 2-47 72,414 72,415 72,416 72,417 72,418 72,419 72,420 72,421 72,422 72,423 72,424 72,425 2-48 72,439 72,440 72,441 72,442 72,443 72,444 72,445 72,446 72,447 72,448 72,449 72,450 2-49 72,464 72,465 72,466 72,467 72,468 72,469 72,470 72,471 72,472 72,473 72,474 72,475 2-50 72,489 72,490 72,491 72,492 72,493 72,494 72,495 72,496 72,497 72,498 72,499 72,500 2-51 72,514 72,515 72,516 72,517 72,518 72,519 72,520 72,521 72,522 72,523 72,524 72,525 2-52 72,539 72,540 72,541 72,542 72,543 72,544 72,545 72,546 72,547 72,548 72,549 72,550 2-53 72,564 72,565 72,566 72,567 72,568 72,569 72,570 72,571 72,572 72,573 72,574 72,575 2-54 72,589 72,590 72,591 72,592 72,593 72,594 72,595 72,596 72,597 72,598 72,599 72,600 2-55 72,614 72,615 72,616 72,617 72,618 72,619 72,620 72,621 72,622 72,623 72,624 72,625

TABLE 56 Compound represented by the formula (1) 1-151 1-152 1-153 1-154 1-155 1-156 1-157 1-158 1-159 1-160 1-161 1-162 1-163 Compound 2-56 72,626 72,627 72,628 72,629 72,630 72,631 72,632 72,633 72,634 72,635 72,636 72,637 72,638 represented 2-57 72,651 72,652 72,653 72,654 72,655 72,656 72,657 72,658 72,659 72,660 72,661 72,662 72,663 by the 2-58 72,676 72,677 72,678 72,679 72,680 72,681 72,682 72,683 72,684 72,685 72,686 72,687 72,688 formula (2) 2-59 72,701 72,702 72,703 72,704 72,705 72,706 72,707 72,708 72,709 72,710 72,711 72,712 72,713 2-60 72,726 72,727 72,728 72,729 72,730 72,731 72,732 72,733 72,734 72,735 72,736 72,737 72,738 2-61 72,751 72,752 72,753 72,754 72,755 72,756 72,757 72,758 72,759 72,760 72,761 72,762 72,763 2-62 72,776 72,777 72,778 72,779 72,780 72,781 72,782 72,783 72,784 72,785 72,786 72,787 72,788 2-63 72,801 72,802 72,803 72,804 72,805 72,806 72,807 72,808 72,809 72,810 72,811 72,812 72,813 2-64 72,826 72,827 72,828 72,829 72,830 72,831 72,832 72,833 72,834 72,835 72,836 72,837 72,838 2-65 72,851 72,852 72,853 72,854 72,855 72,856 72,857 72,858 72,859 72,860 72,861 72,862 72,863 2-66 72,876 72,877 72,878 72,879 72,880 72,881 72,882 72,883 72,884 72,885 72,886 72,887 72,888 2-67 72,901 72,902 72,903 72,904 72,905 72,906 72,907 72,908 72,909 72,910 72,911 72,912 72,913 2-68 72,926 72,927 72,928 72,929 72,930 72,931 72,932 72,933 72,934 72,935 72,936 72,937 72,938 2-69 72,951 72,952 72,953 72,954 72,955 72,956 72,957 72,958 72,959 72,960 72,961 72,962 72,963 2-70 72,976 72,977 72,978 72,979 72,980 72,981 72,982 72,983 72,984 72,985 72,986 72,987 72,988 2-71 73,001 73,002 73,003 73,004 73,005 73,006 73,007 73,008 73,009 73,010 73,011 73,012 73,013 2-72 73,026 73,027 73,028 73,029 73,030 73,031 73,032 73,033 73,034 73,035 73,036 73,037 73,038 2-73 73,051 73,052 73,053 73,054 73,055 73,056 73,057 73,058 73,059 73,060 73,061 73,062 73,063 2-74 73,076 73,077 73,078 73,079 73,080 73,081 73,082 73,083 73,084 73,085 73,086 73,087 73,088 2-75 73,101 73,102 73,103 73,104 73,105 73,106 73,107 73,108 73,109 73,110 73,111 73,112 73,113 2-76 73,126 73,127 73,128 73,129 73,130 73,131 73,132 73,133 73,134 73,135 73,136 73,137 73,138 2-77 73,151 73,152 73,153 73,154 73,155 73,156 73,157 73,158 73,159 73,160 73,161 73,162 73,163 2-78 73,176 73,177 73,178 73,179 73,180 73,181 73,182 73,183 73,184 73,185 73,186 73,187 73,188 2-79 73,201 73,202 73,203 73,204 73,205 73,206 73,207 73,208 73,209 73,210 73,211 73,212 73,213 2-80 73,226 73,227 73,228 73,229 73,230 73,231 73,232 73,233 73,234 73,235 73,236 73,237 73,238 2-81 73,251 73,252 73,253 73,254 73,255 73,256 73,257 73,258 73,259 73,260 73,261 73,262 73,263 2-82 73,276 73,277 73,278 73,279 73,280 73,281 73,282 73,283 73,284 73,285 73,286 73,287 73,288 2-83 73,301 73,302 73,303 73,304 73,305 73,306 73,307 73,308 73,309 73,310 73,311 73,312 73,313 2-84 73,326 73,327 73,328 73,329 73,330 73,331 73,332 73,333 73,334 73,335 73,336 73,337 73,338 2-85 73,351 73,352 73,353 73,354 73,355 73,356 73,357 73,358 73,359 73,360 73,361 73,362 73,363 2-86 73,376 73,377 73,378 73,379 73,380 73,381 73,382 73,383 73,384 73,385 73,386 73,387 73,388 2-87 73,401 73,402 73,403 73,404 73,405 73,406 73,407 73,408 73,409 73,410 73,411 73,412 73,413 2-88 73,426 73,427 73,428 73,429 73,430 73,431 73,432 73,433 73,434 73,435 73,436 73,437 73,438 2-89 73,451 73,452 73,453 73,454 73,455 73,456 73,457 73,458 73,459 73,460 73,461 73,462 73,463 2-90 73,476 73,477 73,478 73,479 73,480 73,481 73,482 73,483 73,484 73,485 73,486 73,487 73,488 2-91 73,501 73,502 73,503 73,504 73,505 73,506 73,507 73,508 73,509 73,510 73,511 73,512 73,513 2-92 73,526 73,527 73,528 73,529 73,530 73,531 73,532 73,533 73,534 73,535 73,536 73,537 73,538 2-93 73,551 73,552 73,553 73,554 73,555 73,556 73,557 73,558 73,559 73,560 73,561 73,562 73,563 2-94 73,576 73,577 73,578 73,579 73,580 73,581 73,582 73,583 73,584 73,585 73,586 73,587 73,588 2-95 73,601 73,602 73,603 73,604 73,605 73,606 73,607 73,608 73,609 73,610 73,611 73,612 73,613 2-96 73,626 73,627 73,628 73,629 73,630 73,631 73,632 73,633 73,634 73,635 73,636 73,637 73,638 2-97 73,651 73,652 73,653 73,654 73,655 73,656 73,657 73,658 73,659 73,660 73,661 73,662 73,663 2-98 73,676 73,677 73,678 73,679 73,680 73,681 73,682 73,683 73,684 73,685 73,686 73,687 73,688 2-99 73,701 73,702 73,703 73,704 73,705 73,706 73,707 73,708 73,709 73,710 73,711 73,712 73,713  2-100 73,726 73,727 73,728 73,729 73,730 73,731 73,732 73,733 73,734 73,735 73,736 73,737 73,738  2-101 73,751 73,752 73,753 73,754 73,755 73,756 73,757 73,758 73,759 73,760 73,761 73,762 73,763  2-102 73,776 73,777 73,778 73,779 73,780 73,781 73,782 73,783 73,784 73,785 73,786 73,787 73,788  2-103 73,801 73,802 73,803 73,804 73,805 73,806 73,807 73,808 73,809 73,810 73,811 73,812 73,813  2-104 73,826 73,827 73,828 73,829 73,830 73,831 73,832 73,833 73,834 73,835 73,836 73,837 73,838  2-105 73,851 73,852 73,853 73,854 73,855 73,856 73,857 73,858 73,859 73,860 73,861 73,862 73,863  2-106 73,876 73,877 73,878 73,879 73,880 73,881 73,882 73,883 73,884 73,885 73,886 73,887 73,888  2-107 73,901 73,902 73,903 73,904 73,905 73,906 73,907 73,908 73,909 73,910 73,911 73,912 73,913  2-108 73,926 73,927 73,928 73,929 73,930 73,931 73,932 73,933 73,934 73,935 73,936 73,937 73,938  2-109 73,951 73,952 73,953 73,954 73,955 73,956 73,957 73,958 73,959 73,960 73,961 73,962 73,963  2-110 73,976 73,977 73,978 73,979 73,980 73,981 73,982 73,983 73,984 73,985 73,986 73,987 73,988 Compound represented by the formula (1) 1-164 1-165 1-166 1-167 1-168 1-169 1-170 1-171 1-172 1-173 1-174 1-175 Compound 2-56 72,639 72,640 72,641 72,642 72,643 72,644 72,645 72,646 72,647 72,648 72,649 72,650 represented 2-57 72,664 72,665 72,666 72,667 72,668 72,669 72,670 72,671 72,672 72,673 72,674 72,675 by the 2-58 72,689 72,690 72,691 72,692 72,693 72,694 72,695 72,696 72,697 72,698 72,699 72,700 formula (2) 2-59 72,714 72,715 72,716 72,717 72,718 72,719 72,720 72,721 72,722 72,723 72,724 72,725 2-60 72,739 72,740 72,741 72,742 72,743 72,744 72,745 72,746 72,747 72,748 72,749 72,750 2-61 72,764 72,765 72,766 72,767 72,768 72,769 72,770 72,771 72,772 72,773 72,774 72,775 2-62 72,789 72,790 72,791 72,792 72,793 72,794 72,795 72,796 72,797 72,798 72,799 72,800 2-63 72,814 72,815 72,816 72,817 72,818 72,819 72,820 72,821 72,822 72,823 72,824 72,825 2-64 72,839 72,840 72,841 72,842 72,843 72,844 72,845 72,846 72,847 72,848 72,849 72,850 2-65 72,864 72,865 72,866 72,867 72,868 72,869 72,870 72,871 72,872 72,873 72,874 72,875 2-66 72,889 72,890 72,891 72,892 72,893 72,894 72,895 72,896 72,897 72,898 72,899 72,900 2-67 72,914 72,915 72,916 72,917 72,918 72,919 72,920 72,921 72,922 72,923 72,924 72,925 2-68 72,939 72,940 72,941 72,942 72,943 72,944 72,945 72,946 72,947 72,948 72,949 72,950 2-69 72,964 72,965 72,966 72,967 72,968 72,969 72,970 72,971 72,972 72,973 72,974 72,975 2-70 72,989 72,990 72,991 72,992 72,993 72,994 72,995 72,996 72,997 72,998 72,999 73,000 2-71 73,014 73,015 73,016 73,017 73,018 73,019 73,020 73,021 73,022 73,023 73,024 73,025 2-72 73,039 73,040 73,041 73,042 73,043 73,044 73,045 73,046 73,047 73,048 73,049 73,050 2-73 73,064 73,065 73,066 73,067 73,068 73,069 73,070 73,071 73,072 73,073 73,074 73,075 2-74 73,089 73,090 73,091 73,092 73,093 73,094 73,095 73,096 73,097 73,098 73,099 73,100 2-75 73,114 73,115 73,116 73,117 73,118 73,119 73,120 73,121 73,122 73,123 73,124 73,125 2-76 73,139 73,140 73,141 73,142 73,143 73,144 73,145 73,146 73,147 73,148 73,149 73,150 2-77 73,164 73,165 73,166 73,167 73,168 73,169 73,170 73,171 73,172 73,173 73,174 73,175 2-78 73,189 73,190 73,191 73,192 73,193 73,194 73,195 73,196 73,197 73,198 73,199 73,200 2-79 73,214 73,215 73,216 73,217 73,218 73,219 73,220 73,221 73,222 73,223 73,224 73,225 2-80 73,239 73,240 73,241 73,242 73,243 73,244 73,245 73,246 73,247 73,248 73,249 73,250 2-81 73,264 73,265 73,266 73,267 73,268 73,269 73,270 73,271 73,272 73,273 73,274 73,275 2-82 73,289 73,290 73,291 73,292 73,293 73,294 73,295 73,296 73,297 73,298 73,299 73,300 2-83 73,314 73,315 73,316 73,317 73,318 73,319 73,320 73,321 73,322 73,323 73,324 73,325 2-84 73,339 73,340 73,341 73,342 73,343 73,344 73,345 73,346 73,347 73,348 73,349 73,350 2-85 73,364 73,365 73,366 73,367 73,368 73,369 73,370 73,371 73,372 73,373 73,374 73,375 2-86 73,389 73,390 73,391 73,392 73,393 73,394 73,395 73,396 73,397 73,398 73,399 73,400 2-87 73,414 73,415 73,416 73,417 73,418 73,419 73,420 73,421 73,422 73,423 73,424 73,425 2-88 73,439 73,440 73,441 73,442 73,443 73,444 73,445 73,446 73,447 73,448 73,449 73,450 2-89 73,464 73,465 73,466 73,467 73,468 73,469 73,470 73,471 73,472 73,473 73,474 73,475 2-90 73,489 73,490 73,491 73,492 73,493 73,494 73,495 73,496 73,497 73,498 73,499 73,500 2-91 73,514 73,515 73,516 73,517 73,518 73,519 73,520 73,521 73,522 73,523 73,524 73,525 2-92 73,539 73,540 73,541 73,542 73,543 73,544 73,545 73,546 73,547 73,548 73,549 73,550 2-93 73,564 73,565 73,566 73,567 73,568 73,569 73,570 73,571 73,572 73,573 73,574 73,575 2-94 73,589 73,590 73,591 73,592 73,593 73,594 73,595 73,596 73,597 73,598 73,599 73,600 2-95 73,614 73,615 73,616 73,617 73,618 73,619 73,620 73,621 73,622 73,623 73,624 73,625 2-96 73,639 73,640 73,641 73,642 73,643 73,644 73,645 73,646 73,647 73,648 73,649 73,650 2-97 73,664 73,665 73,666 73,667 73,668 73,669 73,670 73,671 73,672 73,673 73,674 73,675 2-98 73,689 73,690 73,691 73,692 73,693 73,694 73,695 73,696 73,697 73,698 73,699 73,700 2-99 73,714 73,715 73,716 73,717 73,718 73,719 73,720 73,721 73,722 73,723 73,724 73,725  2-100 73,739 73,740 73,741 73,742 73,743 73,744 73,745 73,746 73,747 73,748 73,749 73,750  2-101 73,764 73,765 73,766 73,767 73,768 73,769 73,770 73,771 73,772 73,773 73,774 73,775  2-102 73,789 73,790 73,791 73,792 73,793 73,794 73,795 73,796 73,797 73,798 73,799 73,800  2-103 73,814 73,815 73,816 73,817 73,818 73,819 73,820 73,821 73,822 73,823 73,824 73,825  2-104 73,839 73,840 73,841 73,842 73,843 73,844 73,845 73,846 73,847 73,848 73,849 73,850  2-105 73,864 73,865 73,866 73,867 73,868 73,869 73,870 73,871 73,872 73,873 73,874 73,875  2-106 73,889 73,890 73,891 73,892 73,893 73,894 73,895 73,896 73,897 73,898 73,899 73,900  2-107 73,914 73,915 73,916 73,917 73,918 73,919 73,920 73,921 73,922 73,923 73,924 73,925  2-108 73,939 73,940 73,941 73,942 73,943 73,944 73,945 73,946 73,947 73,948 73,949 73,950  2-109 73,964 73,965 73,966 73,967 73,968 73,969 73,970 73,971 73,972 73,973 73,974 73,975  2-110 73,989 73,990 73,991 73,992 73,993 73,994 73,995 73,996 73,997 73,998 73,999 74,000

TABLE 57 Compound represented by the formula (1) 1-151 1-152 1-153 1-154 1-155 1-156 1-157 1-158 1-159 1-160 1-161 1-162 1-163 Compound 2-111 74,001 74,002 74,003 74,004 74,005 74,006 74,007 74,008 74,009 74,010 74,011 74,012 74,013 represented 2-112 74,026 74,027 74,028 74,029 74,030 74,031 74,032 74,033 74,034 74,035 74,036 74,037 74,038 by the 2-113 74,051 74,052 74,053 74,054 74,055 74,056 74,057 74,058 74,059 74,060 74,061 74,062 74,063 formula (2) 2-114 74,076 74,077 74,078 74,079 74,080 74,081 74,082 74,083 74,084 74,085 74,086 74,087 74,088 2-115 74,101 74,102 74,103 74,104 74,105 74,106 74,107 74,108 74,109 74,110 74,111 74,112 74,113 2-116 74,126 74,127 74,128 74,129 74,130 74,131 74,132 74,133 74,134 74,135 74,136 74,137 74,138 2-117 74,151 74,152 74,153 74,154 74,155 74,156 74,157 74,158 74,159 74,160 74,161 74,162 74,163 2-118 74,176 74,177 74,178 74,179 74,180 74,181 74,182 74,183 74,184 74,185 74,186 74,187 74,188 2-119 74,201 74,202 74,203 74,204 74,205 74,206 74,207 74,208 74,209 74,210 74,211 74,212 74,213 2-120 74,226 74,227 74,228 74,229 74,230 74,231 74,232 74,233 74,234 74,235 74,236 74,237 74,238 2-121 74,251 74,252 74,253 74,254 74,255 74,256 74,257 74,258 74,259 74,260 74,261 74,262 74,263 2-122 74,276 74,277 74,278 74,279 74,280 74,281 74,282 74,283 74,284 74,285 74,286 74,287 74,288 2-123 74,301 74,302 74,303 74,304 74,305 74,306 74,307 74,308 74,309 74,310 74,311 74,312 74,313 2-124 74,326 74,327 74,328 74,329 74,330 74,331 74,332 74,333 74,334 74,335 74,336 74,337 74,338 2-125 74,351 74,352 74,353 74,354 74,355 74,356 74,357 74,358 74,359 74,360 74,361 74,362 74,363 2-126 74,376 74,377 74,378 74,379 74,380 74,381 74,382 74,383 74,384 74,385 74,386 74,387 74,388 2-127 74,401 74,402 74,403 74,404 74,405 74,406 74,407 74,408 74,409 74,410 74,411 74,412 74,413 2-128 74,426 74,427 74,428 74,429 74,430 74,431 74,432 74,433 74,434 74,435 74,436 74,437 74,438 2-129 74,451 74,452 74,453 74,454 74,455 74,456 74,457 74,458 74,459 74,460 74,461 74,462 74,463 2-130 74,476 74,477 74,478 74,479 74,480 74,481 74,482 74,483 74,484 74,485 74,486 74,487 74,488 2-131 74,501 74,502 74,503 74,504 74,505 74,506 74,507 74,508 74,509 74,510 74,511 74,512 74,513 2-132 74,526 74,527 74,528 74,529 74,530 74,531 74,532 74,533 74,534 74,535 74,536 74,537 74,538 2-133 74,551 74,552 74,553 74,554 74,555 74,556 74,557 74,558 74,559 74,560 74,561 74,562 74,563 2-134 74,576 74,577 74,578 74,579 74,580 74,581 74,582 74,583 74,584 74,585 74,586 74,587 74,588 2-135 74,601 74,602 74,603 74,604 74,605 74,606 74,607 74,608 74,609 74,610 74,611 74,612 74,613 2-136 74,626 74,627 74,628 74,629 74,630 74,631 74,632 74,633 74,634 74,635 74,636 74,637 74,638 2-137 74,651 74,652 74,653 74,654 74,655 74,656 74,657 74,658 74,659 74,660 74,661 74,662 74,663 2-138 74,676 74,677 74,678 74,679 74,680 74,681 74,682 74,683 74,684 74,685 74,686 74,687 74,688 2-139 74,701 74,702 74,703 74,704 74,705 74,706 74,707 74,708 74,709 74,710 74,711 74,712 74,713 2-140 74,726 74,727 74,728 74,729 74,730 74,731 74,732 74,733 74,734 74,735 74,736 74,737 74,738 2-141 74,751 74,752 74,753 74,754 74,755 74,756 74,757 74,758 74,759 74,760 74,761 74,762 74,763 2-142 74,776 74,777 74,778 74,779 74,780 74,781 74,782 74,783 74,784 74,785 74,786 74,787 74,788 2-143 74,801 74,802 74,803 74,804 74,805 74,806 74,807 74,808 74,809 74,810 74,811 74,812 74,813 2-144 74,826 74,827 74,828 74,829 74,830 74,831 74,832 74,833 74,834 74,835 74,836 74,837 74,838 2-145 74,851 74,852 74,853 74,854 74,855 74,856 74,857 74,858 74,859 74,860 74,861 74,862 74,863 2-146 74,876 74,877 74,878 74,879 74,880 74,881 74,882 74,883 74,884 74,885 74,886 74,887 74,888 2-147 74,901 74,902 74,903 74,904 74,905 74,906 74,907 74,908 74,909 74,910 74,911 74,912 74,913 2-148 74,926 74,927 74,928 74,929 74,930 74,931 74,932 74,933 74,934 74,935 74,936 74,937 74,938 2-149 74,951 74,952 74,953 74,954 74,955 74,956 74,957 74,958 74,959 74,960 74,961 74,962 74,963 2-150 74,976 74,977 74,978 74,979 74,980 74,981 74,982 74,983 74,984 74,985 74,986 74,987 74,988 2-151 75,001 75,002 75,003 75,004 75,005 75,006 75,007 75,008 75,009 75,010 75,011 75,012 75,013 2-152 75,026 75,027 75,028 75,029 75,030 75,031 75,032 75,033 75,034 75,035 75,036 75,037 75,038 2-153 75,051 75,052 75,053 75,054 75,055 75,056 75,057 75,058 75,059 75,060 75,061 75,062 75,063 2-154 75,076 75,077 75,078 75,079 75,080 75,081 75,082 75,083 75,084 75,085 75,086 75,087 75,088 2-155 75,101 75,102 75,103 75,104 75,105 75,106 75,107 75,108 75,109 75,110 75,111 75,112 75,113 2-156 75,126 75,127 75,128 75,129 75,130 75,131 75,132 75,133 75,134 75,135 75,136 75,137 75,138 2-157 75,151 75,152 75,153 75,154 75,155 75,156 75,157 75,158 75,159 75,160 75,161 75,162 75,163 2-158 75,176 75,177 75,178 75,179 75,180 75,181 75,182 75,183 75,184 75,185 75,186 75,187 75,188 2-159 75,201 75,202 75,203 75,204 75,205 75,206 75,207 75,208 75,209 75,210 75,211 75,212 75,213 2-160 75,226 75,227 75,228 75,229 75,230 75,231 75,232 75,233 75,234 75,235 75,236 75,237 75,238 2-161 75,251 75,252 75,253 75,254 75,255 75,256 75,257 75,258 75,259 75,260 75,261 75,262 75,263 2-162 75,276 75,277 75,278 75,279 75,280 75,281 75,282 75,283 75,284 75,285 75,286 75,287 75,288 2-163 75,301 75,302 75,303 75,304 75,305 75,306 75,307 75,308 75,309 75,310 75,311 75,312 75,313 2-164 75,326 75,327 75,328 75,329 75,330 75,331 75,332 75,333 75,334 75,335 75,336 75,337 75,338 2-165 75,351 75,352 75,353 75,354 75,355 75,356 75,357 75,358 75,359 75,360 75,361 75,362 75,363 Compound represented by the formula (1) 1-164 1-165 1-166 1-167 1-168 1-169 1-170 1-171 1-172 1-173 1-174 1-175 Compound 2-111 74,014 74,015 74,016 74,017 74,018 74,019 74,020 74,021 74,022 74,023 74,024 74,025 represented 2-112 74,039 74,040 74,041 74,042 74,043 74,044 74,045 74,046 74,047 74,048 74,049 74,050 by the 2-113 74,064 74,065 74,066 74,067 74,068 74,069 74,070 74,071 74,072 74,073 74,074 74,075 formula (2) 2-114 74,089 74,090 74,091 74,092 74,093 74,094 74,095 74,096 74,097 74,098 74,099 74,100 2-115 74,114 74,115 74,116 74,117 74,118 74,119 74,120 74,121 74,122 74,123 74,124 74,125 2-116 74,139 74,140 74,141 74,142 74,143 74,144 74,145 74,146 74,147 74,148 74,149 74,150 2-117 74,164 74,165 74,166 74,167 74,168 74,169 74,170 74,171 74,172 74,173 74,174 74,175 2-118 74,189 74,190 74,191 74,192 74,193 74,194 74,195 74,196 74,197 74,198 74,199 74,200 2-119 74,214 74,215 74,216 74,217 74,218 74,219 74,220 74,221 74,222 74,223 74,224 74,225 2-120 74,239 74,240 74,241 74,242 74,243 74,244 74,245 74,246 74,247 74,248 74,249 74,250 2-121 74,264 74,265 74,266 74,267 74,268 74,269 74,270 74,271 74,272 74,273 74,274 74,275 2-122 74,289 74,290 74,291 74,292 74,293 74,294 74,295 74,296 74,297 74,298 74,299 74,300 2-123 74,314 74,315 74,316 74,317 74,318 74,319 74,320 74,321 74,322 74,323 74,324 74,325 2-124 74,339 74,340 74,341 74,342 74,343 74,344 74,345 74,346 74,347 74,348 74,349 74,350 2-125 74,364 74,365 74,366 74,367 74,368 74,369 74,370 74,371 74,372 74,373 74,374 74,375 2-126 74,389 74,390 74,391 74,392 74,393 74,394 74,395 74,396 74,397 74,398 74,399 74,400 2-127 74,414 74,415 74,416 74,417 74,418 74,419 74,420 74,421 74,422 74,423 74,424 74,425 2-128 74,439 74,440 74,441 74,442 74,443 74,444 74,445 74,446 74,447 74,448 74,449 74,450 2-129 74,464 74,465 74,466 74,467 74,468 74,469 74,470 74,471 74,472 74,473 74,474 74,475 2-130 74,489 74,490 74,491 74,492 74,493 74,494 74,495 74,496 74,497 74,498 74,499 74,500 2-131 74,514 74,515 74,516 74,517 74,518 74,519 74,520 74,521 74,522 74,523 74,524 74,525 2-132 74,539 74,540 74,541 74,542 74,543 74,544 74,545 74,546 74,547 74,548 74,549 74,550 2-133 74,564 74,565 74,566 74,567 74,568 74,569 74,570 74,571 74,572 74,573 74,574 74,575 2-134 74,589 74,590 74,591 74,592 74,593 74,594 74,595 74,596 74,597 74,598 74,599 74,600 2-135 74,614 74,615 74,616 74,617 74,618 74,619 74,620 74,621 74,622 74,623 74,624 74,625 2-136 74,639 74,640 74,641 74,642 74,643 74,644 74,645 74,646 74,647 74,648 74,649 74,650 2-137 74,664 74,665 74,666 74,667 74,668 74,669 74,670 74,671 74,672 74,673 74,674 74,675 2-138 74,689 74,690 74,691 74,692 74,693 74,694 74,695 74,696 74,697 74,698 74,699 74,700 2-139 74,714 74,715 74,716 74,717 74,718 74,719 74,720 74,721 74,722 74,723 74,724 74,725 2-140 74,739 74,740 74,741 74,742 74,743 74,744 74,745 74,746 74,747 74,748 74,749 74,750 2-141 74,764 74,765 74,766 74,767 74,768 74,769 74,770 74,771 74,772 74,773 74,774 74,775 2-142 74,789 74,790 74,791 74,792 74,793 74,794 74,795 74,796 74,797 74,798 74,799 74,800 2-143 74,814 74,815 74,816 74,817 74,818 74,819 74,820 74,821 74,822 74,823 74,824 74,825 2-144 74,839 74,840 74,841 74,842 74,843 74,844 74,845 74,846 74,847 74,848 74,849 74,850 2-145 74,864 74,865 74,866 74,867 74,868 74,869 74,870 74,871 74,872 74,873 74,874 74,875 2-146 74,889 74,890 74,891 74,892 74,893 74,894 74,895 74,896 74,897 74,898 74,899 74,900 2-147 74,914 74,915 74,916 74,917 74,918 74,919 74,920 74,921 74,922 74,923 74,924 74,925 2-148 74,939 74,940 74,941 74,942 74,943 74,944 74,945 74,946 74,947 74,948 74,949 74,950 2-149 74,964 74,965 74,966 74,967 74,968 74,969 74,970 74,971 74,972 74,973 74,974 74,975 2-150 74,989 74,990 74,991 74,992 74,993 74,994 74,995 74,996 74,997 74,998 74,999 75,000 2-151 75,014 75,015 75,016 75,017 75,018 75,019 75,020 75,021 75,022 75,023 75,024 75,025 2-152 75,039 75,040 75,041 75,042 75,043 75,044 75,045 75,046 75,047 75,048 75,049 75,050 2-153 75,064 75,065 75,066 75,067 75,068 75,069 75,070 75,071 75,072 75,073 75,074 75,075 2-154 75,089 75,090 75,091 75,092 75,093 75,094 75,095 75,096 75,097 75,098 75,099 75,100 2-155 75,114 75,115 75,116 75,117 75,118 75,119 75,120 75,121 75,122 75,123 75,124 75,125 2-156 75,139 75,140 75,141 75,142 75,143 75,144 75,145 75,146 75,147 75,148 75,149 75,150 2-157 75,164 75,165 75,166 75,167 75,168 75,169 75,170 75,171 75,172 75,173 75,174 75,175 2-158 75,189 75,190 75,191 75,192 75,193 75,194 75,195 75,196 75,197 75,198 75,199 75,200 2-159 75,214 75,215 75,216 75,217 75,218 75,219 75,220 75,221 75,222 75,223 75,224 75,225 2-160 75,239 75,240 75,241 75,242 75,243 75,244 75,245 75,246 75,247 75,248 75,249 75,250 2-161 75,264 75,265 75,266 75,267 75,268 75,269 75,270 75,271 75,272 75,273 75,274 75,275 2-162 75,289 75,290 75,291 75,292 75,293 75,294 75,295 75,296 75,297 75,298 75,299 75,300 2-163 75,314 75,315 75,316 75,317 75,318 75,319 75,320 75,321 75,322 75,323 75,324 75,325 2-164 75,339 75,340 75,341 75,342 75,343 75,344 75,345 75,346 75,347 75,348 75,349 75,350 2-165 75,364 75,365 75,366 75,367 75,368 75,369 75,370 75,371 75,372 75,373 75,374 75,375

TABLE 58 Compound represented by the formula (1) 1-151 1-152 1-153 1-154 1-155 1-156 1-157 1-158 1-159 1-160 1-161 1-162 1-163 Compound 2-166 75,376 75,377 75,378 75,379 75,380 75,381 75,382 75,383 75,384 75,385 75,386 75,387 75,388 represented 2-167 75,401 75,402 75,403 75,404 75,405 75,406 75,407 75,408 75,409 75,410 75,411 75,412 75,413 by the 2-168 75,426 75,427 75,428 75,429 75,430 75,431 75,432 75,433 75,434 75,435 75,436 75,437 75,438 formula (2) 2-169 75,451 75,452 75,453 75,454 75,455 75,456 75,457 75,458 75,459 75,460 75,461 75,462 75,463 2-170 75,476 75,477 75,478 75,479 75,480 75,481 75,482 75,483 75,484 75,485 75,486 75,487 75,488 2-171 75,501 75,502 75,503 75,504 75,505 75,506 75,507 75,508 75,509 75,510 75,511 75,512 75,513 2-172 75,526 75,527 75,528 75,529 75,530 75,531 75,532 75,533 75,534 75,535 75,536 75,537 75,538 2-173 75,551 75,552 75,553 75,554 75,555 75,556 75,557 75,558 75,559 75,560 75,561 75,562 75,563 2-174 75,576 75,577 75,578 75,579 75,580 75,581 75,582 75,583 75,584 75,585 75,586 75,587 75,588 2-175 75,601 75,602 75,603 75,604 75,605 75,606 75,607 75,608 75,609 75,610 75,611 75,612 75,613 2-176 75,626 75,627 75,628 75,629 75,630 75,631 75,632 75,633 75,634 75,635 75,636 75,637 75,638 2-177 75,651 75,652 75,653 75,654 75,655 75,656 75,657 75,658 75,659 75,660 75,661 75,662 75,663 2-178 75,676 75,677 75,678 75,679 75,680 75,681 75,682 75,683 75,684 75,685 75,686 75,687 75,688 2-179 75,701 75,702 75,703 75,704 75,705 75,706 75,707 75,708 75,709 75,710 75,711 75,712 75,713 2-180 75,726 75,727 75,728 75,729 75,730 75,731 75,732 75,733 75,734 75,735 75,736 75,737 75,738 2-181 75,751 75,752 75,753 75,754 75,755 75,756 75,757 75,758 75,759 75,760 75,761 75,762 75,763 2-182 75,776 75,777 75,778 75,779 75,780 75,781 75,782 75,783 75,784 75,785 75,786 75,787 75,788 2-183 75,801 75,802 75,803 75,804 75,805 75,806 75,807 75,808 75,809 75,810 75,811 75,812 75,813 2-184 75,826 75,827 75,828 75,829 75,830 75,831 75,832 75,833 75,834 75,835 75,836 75,837 75,838 2-185 75,851 75,852 75,853 75,854 75,855 75,856 75,857 75,858 75,859 75,860 75,861 75,862 75,863 2-186 75,876 75,877 75,878 75,879 75,880 75,881 75,882 75,883 75,884 75,885 75,886 75,887 75,888 2-187 75,901 75,902 75,903 75,904 75,905 75,906 75,907 75,908 75,909 75,910 75,911 75,912 75,913 2-188 75,926 75,927 75,928 75,929 75,930 75,931 75,932 75,933 75,934 75,935 75,936 75,937 75,938 2-189 75,951 75,952 75,953 75,954 75,955 75,956 75,957 75,958 75,959 75,960 75,961 75,962 75,963 2-190 75,976 75,977 75,978 75,979 75,980 75,981 75,982 75,983 75,984 75,985 75,986 75,987 75,988 2-191 76,001 76,002 76,003 76,004 76,005 76,006 76,007 76,008 76,009 76,010 76,011 76,012 76,013 2-192 76,026 76,027 76,028 76,029 76,030 76,031 76,032 76,033 76,034 76,035 76,036 76,037 76,038 2-193 76,051 76,052 76,053 76,054 76,055 76,056 76,057 76,058 76,059 76,060 76,061 76,062 76,063 2-194 76,076 76,077 76,078 76,079 76,080 76,081 76,082 76,083 76,084 76,085 76,086 76,087 76,088 2-195 76,101 76,102 76,103 76,104 76,105 76,106 76,107 76,108 76,109 76,110 76,111 76,112 76,113 2-196 76,126 76,127 76,128 76,129 76,130 76,131 76,132 76,133 76,134 76,135 76,136 76,137 76,138 2-197 76,151 76,152 76,153 76,154 76,155 76,156 76,157 76,158 76,159 76,160 76,161 76,162 76,163 2-198 76,176 76,177 76,178 76,179 76,180 76,181 76,182 76,183 76,184 76,185 76,186 76,187 76,188 2-199 76,201 76,202 76,203 76,204 76,205 76,206 76,207 76,208 76,209 76,210 76,211 76,212 76,213 2-200 76,226 76,227 76,228 76,229 76,230 76,231 76,232 76,233 76,234 76,235 76,236 76,237 76,238 2-201 76,251 76,252 76,253 76,254 76,255 76,256 76,257 76,258 76,259 76,260 76,261 76,262 76,263 2-202 76,276 76,277 76,278 76,279 76,280 76,281 76,282 76,283 76,284 76,285 76,286 76,287 76,288 2-203 76,301 76,302 76,303 76,304 76,305 76,306 76,307 76,308 76,309 76,310 76,311 76,312 76,313 2-204 76,326 76,327 76,328 76,329 76,330 76,331 76,332 76,333 76,334 76,335 76,336 76,337 76,338 2-205 76,351 76,352 76,353 76,354 76,355 76,356 76,357 76,358 76,359 76,360 76,361 76,362 76,363 2-206 76,376 76,377 76,378 76,379 76,380 76,381 76,382 76,383 76,384 76,385 76,386 76,387 76,388 2-207 76,401 76,402 76,403 76,404 76,405 76,406 76,407 76,408 76,409 76,410 76,411 76,412 76,413 2-208 76,426 76,427 76,428 76,429 76,430 76,431 76,432 76,433 76,434 76,435 76,436 76,437 76,438 2-209 76,451 76,452 76,453 76,454 76,455 76,456 76,457 76,458 76,459 76,460 76,461 76,462 76,463 2-210 76,476 76,477 76,478 76,479 76,480 76,481 76,482 76,483 76,484 76,485 76,486 76,487 76,488 2-211 76,501 76,502 76,503 76,504 76,505 76,506 76,507 76,508 76,509 76,510 76,511 76,512 76,513 2-212 76,526 76,527 76,528 76,529 76,530 76,531 76,532 76,533 76,534 76,535 76,536 76,537 76,538 2-213 76,551 76,552 76,553 76,554 76,555 76,556 76,557 76,558 76,559 76,560 76,561 76,562 76,563 2-214 76,576 76,577 76,578 76,579 76,580 76,581 76,582 76,583 76,584 76,585 76,586 76,587 76,588 2-215 76,601 76,602 76,603 76,604 76,605 76,606 76,607 76,608 76,609 76,610 76,611 76,612 76,613 2-216 76,626 76,627 76,628 76,629 76,630 76,631 76,632 76,633 76,634 76,635 76,636 76,637 76,638 2-217 76,651 76,652 76,653 76,654 76,655 76,656 76,657 76,658 76,659 76,660 76,661 76,662 76,663 2-218 76,676 76,677 76,678 76,679 76,680 76,681 76,682 76,683 76,684 76,685 76,686 76,687 76,688 2-219 76,701 76,702 76,703 76,704 76,705 76,706 76,707 76,708 76,709 76,710 76,711 76,712 76,713 2-220 76,726 76,727 76,728 76,729 76,730 76,731 76,732 76,733 76,734 76,735 76,736 76,737 76,738 Compound represented by the formula (1) 1-164 1-165 1-166 1-167 1-168 1-169 1-170 1-171 1-172 1-173 1-174 1-175 Compound 2-166 75,389 75,390 75,391 75,392 75,393 75,394 75,395 75,396 75,397 75,398 75,399 75,400 represented 2-167 75,414 75,415 75,416 75,417 75,418 75,419 75,420 75,421 75,422 75,423 75,424 75,425 by the 2-168 75,439 75,440 75,441 75,442 75,443 75,444 75,445 75,446 75,447 75,448 75,449 75,450 formula (2) 2-169 75,464 75,465 75,466 75,467 75,468 75,469 75,470 75,471 75,472 75,473 75,474 75,475 2-170 75,489 75,490 75,491 75,492 75,493 75,494 75,495 75,496 75,497 75,498 75,499 75,500 2-171 75,514 75,515 75,516 75,517 75,518 75,519 75,520 75,521 75,522 75,523 75,524 75,525 2-172 75,539 75,540 75,541 75,542 75,543 75,544 75,545 75,546 75,547 75,548 75,549 75,550 2-173 75,564 75,565 75,566 75,567 75,568 75,569 75,570 75,571 75,572 75,573 75,574 75,575 2-174 75,589 75,590 75,591 75,592 75,593 75,594 75,595 75,596 75,597 75,598 75,599 75,600 2-175 75,614 75,615 75,616 75,617 75,618 75,619 75,620 75,621 75,622 75,623 75,624 75,625 2-176 75,639 75,640 75,641 75,642 75,643 75,644 75,645 75,646 75,647 75,648 75,649 75,650 2-177 75,664 75,665 75,666 75,667 75,668 75,669 75,670 75,671 75,672 75,673 75,674 75,675 2-178 75,689 75,690 75,691 75,692 75,693 75,694 75,695 75,696 75,697 75,698 75,699 75,700 2-179 75,714 75,715 75,716 75,717 75,718 75,719 75,720 75,721 75,722 75,723 75,724 75,725 2-180 75,739 75,740 75,741 75,742 75,743 75,744 75,745 75,746 75,747 75,748 75,749 75,750 2-181 75,764 75,765 75,766 75,767 75,768 75,769 75,770 75,771 75,772 75,773 75,774 75,775 2-182 75,789 75,790 75,791 75,792 75,793 75,794 75,795 75,796 75,797 75,798 75,799 75,800 2-183 75,814 75,815 75,816 75,817 75,818 75,819 75,820 75,821 75,822 75,823 75,824 75,825 2-184 75,839 75,840 75,841 75,842 75,843 75,844 75,845 75,846 75,847 75,848 75,849 75,850 2-185 75,864 75,865 75,866 75,867 75,868 75,869 75,870 75,871 75,872 75,873 75,874 75,875 2-186 75,889 75,890 75,891 75,892 75,893 75,894 75,895 75,896 75,897 75,898 75,899 75,900 2-187 75,914 75,915 75,916 75,917 75,918 75,919 75,920 75,921 75,922 75,923 75,924 75,925 2-188 75,939 75,940 75,941 75,942 75,943 75,944 75,945 75,946 75,947 75,948 75,949 75,950 2-189 75,964 75,965 75,966 75,967 75,968 75,969 75,970 75,971 75,972 75,973 75,974 75,975 2-190 75,989 75,990 75,991 75,992 75,993 75,994 75,995 75,996 75,997 75,998 75,999 76,000 2-191 76,014 76,015 76,016 76,017 76,018 76,019 76,020 76,021 76,022 76,023 76,024 76,025 2-192 76,039 76,040 76,041 76,042 76,043 76,044 76,045 76,046 76,047 76,048 76,049 76,050 2-193 76,064 76,065 76,066 76,067 76,068 76,069 76,070 76,071 76,072 76,073 76,074 76,075 2-194 76,089 76,090 76,091 76,092 76,093 76,094 76,095 76,096 76,097 76,098 76,099 76,100 2-195 76,114 76,115 76,116 76,117 76,118 76,119 76,120 76,121 76,122 76,123 76,124 76,125 2-196 76,139 76,140 76,141 76,142 76,143 76,144 76,145 76,146 76,147 76,148 76,149 76,150 2-197 76,164 76,165 76,166 76,167 76,168 76,169 76,170 76,171 76,172 76,173 76,174 76,175 2-198 76,189 76,190 76,191 76,192 76,193 76,194 76,195 76,196 76,197 76,198 76,199 76,200 2-199 76,214 76,215 76,216 76,217 76,218 76,219 76,220 76,221 76,222 76,223 76,224 76,225 2-200 76,239 76,240 76,241 76,242 76,243 76,244 76,245 76,246 76,247 76,248 76,249 76,250 2-201 76,264 76,265 76,266 76,267 76,268 76,269 76,270 76,271 76,272 76,273 76,274 76,275 2-202 76,289 76,290 76,291 76,292 76,293 76,294 76,295 76,296 76,297 76,298 76,299 76,300 2-203 76,314 76,315 76,316 76,317 76,318 76,319 76,320 76,321 76,322 76,323 76,324 76,325 2-204 76,339 76,340 76,341 76,342 76,343 76,344 76,345 76,346 76,347 76,348 76,349 76,350 2-205 76,364 76,365 76,366 76,367 76,368 76,369 76,370 76,371 76,372 76,373 76,374 76,375 2-206 76,389 76,390 76,391 76,392 76,393 76,394 76,395 76,396 76,397 76,398 76,399 76,400 2-207 76,414 76,415 76,416 76,417 76,418 76,419 76,420 76,421 76,422 76,423 76,424 76,425 2-208 76,439 76,440 76,441 76,442 76,443 76,444 76,445 76,446 76,447 76,448 76,449 76,450 2-209 76,464 76,465 76,466 76,467 76,468 76,469 76,470 76,471 76,472 76,473 76,474 76,475 2-210 76,489 76,490 76,491 76,492 76,493 76,494 76,495 76,496 76,497 76,498 76,499 76,500 2-211 76,514 76,515 76,516 76,517 76,518 76,519 76,520 76,521 76,522 76,523 76,524 76,525 2-212 76,539 76,540 76,541 76,542 76,543 76,544 76,545 76,546 76,547 76,548 76,549 76,550 2-213 76,564 76,565 76,566 76,567 76,568 76,569 76,570 76,571 76,572 76,573 76,574 76,575 2-214 76,589 76,590 76,591 76,592 76,593 76,594 76,595 76,596 76,597 76,598 76,599 76,600 2-215 76,614 76,615 76,616 76,617 76,618 76,619 76,620 76,621 76,622 76,623 76,624 76,625 2-216 76,639 76,640 76,641 76,642 76,643 76,644 76,645 76,646 76,647 76,648 76,649 76,650 2-217 76,664 76,665 76,666 76,667 76,668 76,669 76,670 76,671 76,672 76,673 76,674 76,675 2-218 76,689 76,690 76,691 76,692 76,693 76,694 76,695 76,696 76,697 76,698 76,699 76,700 2-219 76,714 76,715 76,716 76,717 76,718 76,719 76,720 76,721 76,722 76,723 76,724 76,725 2-220 76,739 76,740 76,741 76,742 76,743 76,744 76,745 76,746 76,747 76,748 76,749 76,750

TABLE 59 Compound represented by the formula (1) 1-151 1-152 1-153 1-154 1-155 1-156 1-157 1-158 1-159 1-160 1-161 1-162 1-163 Compound 2-221 76,751 76,752 76,753 76,754 76,755 76,756 76,757 76,758 76,759 76,760 76,761 76,762 76,763 represented 2-222 76,776 76,777 76,778 76,779 76,780 76,781 76,782 76,783 76,784 76,785 76,786 76,787 76,788 by the 2-223 76,801 76,802 76,803 76,804 76,805 76,806 76,807 76,808 76,809 76,810 76,811 76,812 76,813 formula (2) 2-224 76,826 76,827 76,828 76,829 76,830 76,831 76,832 76,833 76,834 76,835 76,836 76,837 76,838 2-225 76,851 76,852 76,853 76,854 76,855 76,856 76,857 76,858 76,859 76,860 76,861 76,862 76,863 2-226 76,876 76,877 76,878 76,879 76,880 76,881 76,882 76,883 76,884 76,885 76,886 76,887 76,888 2-227 76,901 76,902 76,903 76,904 76,905 76,906 76,907 76,908 76,909 76,910 76,911 76,912 76,913 2-228 76,926 76,927 76,928 76,929 76,930 76,931 76,932 76,933 76,934 76,935 76,936 76,937 76,938 2-229 76,951 76,952 76,953 76,954 76,955 76,956 76,957 76,958 76,959 76,960 76,961 76,962 76,963 2-230 76,976 76,977 76,978 76,979 76,980 76,981 76,982 76,983 76,984 76,985 76,986 76,987 76,988 2-231 77,001 77,002 77,003 77,004 77,005 77,006 77,007 77,008 77,009 77,010 77,011 77,012 77,013 2-232 77,026 77,027 77,028 77,029 77,030 77,031 77,032 77,033 77,034 77,035 77,036 77,037 77,038 2-233 77,051 77,052 77,053 77,054 77,055 77,056 77,057 77,058 77,059 77,060 77,061 77,062 77,063 2-234 77,076 77,077 77,078 77,079 77,080 77,081 77,082 77,083 77,084 77,085 77,086 77,087 77,088 2-235 77,101 77,102 77,103 77,104 77,105 77,106 77,107 77,108 77,109 77,110 77,111 77,112 77,113 2-236 77,126 77,127 77,128 77,129 77,130 77,131 77,132 77,133 77,134 77,135 77,136 77,137 77,138 2-237 77,151 77,152 77,153 77,154 77,155 77,156 77,157 77,158 77,159 77,160 77,161 77,162 77,163 2-238 77,176 77,177 77,178 77,179 77,180 77,181 77,182 77,183 77,184 77,185 77,186 77,187 77,188 2-239 77,201 77,202 77,203 77,204 77,205 77,206 77,207 77,208 77,209 77,210 77,211 77,212 77,213 2-240 77,226 77,227 77,228 77,229 77,230 77,231 77,232 77,233 77,234 77,235 77,236 77,237 77,238 2-241 77,251 77,252 77,253 77,254 77,255 77,256 77,257 77,258 77,259 77,260 77,261 77,262 77,263 2-242 77,276 77,277 77,278 77,279 77,280 77,281 77,282 77,283 77,284 77,285 77,286 77,287 77,288 2-243 77,301 77,302 77,303 77,304 77,305 77,306 77,307 77,308 77,309 77,310 77,311 77,312 77,313 2-244 77,326 77,327 77,328 77,329 77,330 77,331 77,332 77,333 77,334 77,335 77,336 77,337 77,338 2-245 77,351 77,352 77,353 77,354 77,355 77,356 77,357 77,358 77,359 77,360 77,361 77,362 77,363 2-246 77,376 77,377 77,378 77,379 77,380 77,381 77,382 77,383 77,384 77,385 77,386 77,387 77,388 2-247 77,401 77,402 77,403 77,404 77,405 77,406 77,407 77,408 77,409 77,410 77,411 77,412 77,413 2-248 77,426 77,427 77,428 77,429 77,430 77,431 77,432 77,433 77,434 77,435 77,436 77,437 77,438 2-249 77,451 77,452 77,453 77,454 77,455 77,456 77,457 77,458 77,459 77,460 77,461 77,462 77,463 2-250 77,476 77,477 77,478 77,479 77,480 77,481 77,482 77,483 77,484 77,485 77,486 77,487 77,488 2-251 77,501 77,502 77,503 77,504 77,505 77,506 77,507 77,508 77,509 77,510 77,511 77,512 77,513 2-252 77,526 77,527 77,528 77,529 77,530 77,531 77,532 77,533 77,534 77,535 77,536 77,537 77,538 2-253 77,551 77,552 77,553 77,554 77,555 77,556 77,557 77,558 77,559 77,560 77,561 77,562 77,563 2-254 77,576 77,577 77,578 77,579 77,580 77,581 77,582 77,583 77,584 77,585 77,586 77,587 77,588 2-255 77,601 77,602 77,603 77,604 77,605 77,606 77,607 77,608 77,609 77,610 77,611 77,612 77,613 2-256 77,626 77,627 77,628 77,629 77,630 77,631 77,632 77,633 77,634 77,635 77,636 77,637 77,638 2-257 77,651 77,652 77,653 77,654 77,655 77,656 77,657 77,658 77,659 77,660 77,661 77,662 77,663 2-258 77,676 77,677 77,678 77,679 77,680 77,681 77,682 77,683 77,684 77,685 77,686 77,687 77,688 2-259 77,701 77,702 77,703 77,704 77,705 77,706 77,707 77,708 77,709 77,710 77,711 77,712 77,713 2-260 77,726 77,727 77,728 77,729 77,730 77,731 77,732 77,733 77,734 77,735 77,736 77,737 77,738 2-261 77,751 77,752 77,753 77,754 77,755 77,756 77,757 77,758 77,759 77,760 77,761 77,762 77,763 2-262 77,776 77,777 77,778 77,779 77,780 77,781 77,782 77,783 77,784 77,785 77,786 77,787 77,788 2-263 77,801 77,802 77,803 77,804 77,805 77,806 77,807 77,808 77,809 77,810 77,811 77,812 77,813 2-264 77,826 77,827 77,828 77,829 77,830 77,831 77,832 77,833 77,834 77,835 77,836 77,837 77,838 2-265 77,851 77,852 77,853 77,854 77,855 77,856 77,857 77,858 77,859 77,860 77,861 77,862 77,863 2-266 77,876 77,877 77,878 77,879 77,880 77,881 77,882 77,883 77,884 77,885 77,886 77,887 77,888 2-267 77,901 77,902 77,903 77,904 77,905 77,906 77,907 77,908 77,909 77,910 77,911 77,912 77,913 2-268 77,926 77,927 77,928 77,929 77,930 77,931 77,932 77,933 77,934 77,935 77,936 77,937 77,938 2-269 77,951 77,952 77,953 77,954 77,955 77,956 77,957 77,958 77,959 77,960 77,961 77,962 77,963 2-270 77,976 77,977 77,978 77,979 77,980 77,981 77,982 77,983 77,984 77,985 77,986 77,987 77,988 2-271 78,001 78,002 78,003 78,004 78,005 78,006 78,007 78,008 78,009 78,010 78,011 78,012 78,013 2-272 78,026 78,027 78,028 78,029 78,030 78,031 78,032 78,033 78,034 78,035 78,036 78,037 78,038 2-273 78,051 78,052 78,053 78,054 78,055 78,056 78,057 78,058 78,059 78,060 78,061 78,062 78,063 2-274 78,076 78,077 78,078 78,079 78,080 78,081 78,082 78,083 78,084 78,085 78,086 78,087 78,088 2-275 78,101 78,102 78,103 78,104 78,105 78,106 78,107 78,108 78,109 78,110 78,111 78,112 78,113 Compound represented by the formula (1) 1-164 1-165 1-166 1-167 1-168 1-169 1-170 1-171 1-172 1-173 1-174 1-175 Compound 2-221 76,764 76,765 76,766 76,767 76,768 76,769 76,770 76,771 76,772 76,773 76,774 76,775 represented 2-222 76,789 76,790 76,791 76,792 76,793 76,794 76,795 76,796 76,797 76,798 76,799 76,800 by the 2-223 76,814 76,815 76,816 76,817 76,818 76,819 76,820 76,821 76,822 76,823 76,824 76,825 formula (2) 2-224 76,839 76,840 76,841 76,842 76,843 76,844 76,845 76,846 76,847 76,848 76,849 76,850 2-225 76,864 76,865 76,866 76,867 76,868 76,869 76,870 76,871 76,872 76,873 76,874 76,875 2-226 76,889 76,890 76,891 76,892 76,893 76,894 76,895 76,896 76,897 76,898 76,899 76,900 2-227 76,914 76,915 76,916 76,917 76,918 76,919 76,920 76,921 76,922 76,923 76,924 76,925 2-228 76,939 76,940 76,941 76,942 76,943 76,944 76,945 76,946 76,947 76,948 76,949 76,950 2-229 76,964 76,965 76,966 76,967 76,968 76,969 76,970 76,971 76,972 76,973 76,974 76,975 2-230 76,989 76,990 76,991 76,992 76,993 76,994 76,995 76,996 76,997 76,998 76,999 77,000 2-231 77,014 77,015 77,016 77,017 77,018 77,019 77,020 77,021 77,022 77,023 77,024 77,025 2-232 77,039 77,040 77,041 77,042 77,043 77,044 77,045 77,046 77,047 77,048 77,049 77,050 2-233 77,064 77,065 77,066 77,067 77,068 77,069 77,070 77,071 77,072 77,073 77,074 77,075 2-234 77,089 77,090 77,091 77,092 77,093 77,094 77,095 77,096 77,097 77,098 77,099 77,100 2-235 77,114 77,115 77,116 77,117 77,118 77,119 77,120 77,121 77,122 77,123 77,124 77,125 2-236 77,139 77,140 77,141 77,142 77,143 77,144 77,145 77,146 77,147 77,148 77,149 77,150 2-237 77,164 77,165 77,166 77,167 77,168 77,169 77,170 77,171 77,172 77,173 77,174 77,175 2-238 77,189 77,190 77,191 77,192 77,193 77,194 77,195 77,196 77,197 77,198 77,199 77,200 2-239 77,214 77,215 77,216 77,217 77,218 77,219 77,220 77,221 77,222 77,223 77,224 77,225 2-240 77,239 77,240 77,241 77,242 77,243 77,244 77,245 77,246 77,247 77,248 77,249 77,250 2-241 77,264 77,265 77,266 77,267 77,268 77,269 77,270 77,271 77,272 77,273 77,274 77,275 2-242 77,289 77,290 77,291 77,292 77,293 77,294 77,295 77,296 77,297 77,298 77,299 77,300 2-243 77,314 77,315 77,316 77,317 77,318 77,319 77,320 77,321 77,322 77,323 77,324 77,325 2-244 77,339 77,340 77,341 77,342 77,343 77,344 77,345 77,346 77,347 77,348 77,349 77,350 2-245 77,364 77,365 77,366 77,367 77,368 77,369 77,370 77,371 77,372 77,373 77,374 77,375 2-246 77,389 77,390 77,391 77,392 77,393 77,394 77,395 77,396 77,397 77,398 77,399 77,400 2-247 77,414 77,415 77,416 77,417 77,418 77,419 77,420 77,421 77,422 77,423 77,424 77,425 2-248 77,439 77,440 77,441 77,442 77,443 77,444 77,445 77,446 77,447 77,448 77,449 77,450 2-249 77,464 77,465 77,466 77,467 77,468 77,469 77,470 77,471 77,472 77,473 77,474 77,475 2-250 77,489 77,490 77,491 77,492 77,493 77,494 77,495 77,496 77,497 77,498 77,499 77,500 2-251 77,514 77,515 77,516 77,517 77,518 77,519 77,520 77,521 77,522 77,523 77,524 77,525 2-252 77,539 77,540 77,541 77,542 77,543 77,544 77,545 77,546 77,547 77,548 77,549 77,550 2-253 77,564 77,565 77,566 77,567 77,568 77,569 77,570 77,571 77,572 77,573 77,574 77,575 2-254 77,589 77,590 77,591 77,592 77,593 77,594 77,595 77,596 77,597 77,598 77,599 77,600 2-255 77,614 77,615 77,616 77,617 77,618 77,619 77,620 77,621 77,622 77,623 77,624 77,625 2-256 77,639 77,640 77,641 77,642 77,643 77,644 77,645 77,646 77,647 77,648 77,649 77,650 2-257 77,664 77,665 77,666 77,667 77,668 77,669 77,670 77,671 77,672 77,673 77,674 77,675 2-258 77,689 77,690 77,691 77,692 77,693 77,694 77,695 77,696 77,697 77,698 77,699 77,700 2-259 77,714 77,715 77,716 77,717 77,718 77,719 77,720 77,721 77,722 77,723 77,724 77,725 2-260 77,739 77,740 77,741 77,742 77,743 77,744 77,745 77,746 77,747 77,748 77,749 77,750 2-261 77,764 77,765 77,766 77,767 77,768 77,769 77,770 77,771 77,772 77,773 77,774 77,775 2-262 77,789 77,790 77,791 77,792 77,793 77,794 77,795 77,796 77,797 77,798 77,799 77,800 2-263 77,814 77,815 77,816 77,817 77,818 77,819 77,820 77,821 77,822 77,823 77,824 77,825 2-264 77,839 77,840 77,841 77,842 77,843 77,844 77,845 77,846 77,847 77,848 77,849 77,850 2-265 77,864 77,865 77,866 77,867 77,868 77,869 77,870 77,871 77,872 77,873 77,874 77,875 2-266 77,889 77,890 77,891 77,892 77,893 77,894 77,895 77,896 77,897 77,898 77,899 77,900 2-267 77,914 77,915 77,916 77,917 77,918 77,919 77,920 77,921 77,922 77,923 77,924 77,925 2-268 77,939 77,940 77,941 77,942 77,943 77,944 77,945 77,946 77,947 77,948 77,949 77,950 2-269 77,964 77,965 77,966 77,967 77,968 77,969 77,970 77,971 77,972 77,973 77,974 77,975 2-270 77,989 77,990 77,991 77,992 77,993 77,994 77,995 77,996 77,997 77,998 77,999 78,000 2-271 78,014 78,015 78,016 78,017 78,018 78,019 78,020 78,021 78,022 78,023 78,024 78,025 2-272 78,039 78,040 78,041 78,042 78,043 78,044 78,045 78,046 78,047 78,048 78,049 78,050 2-273 78,064 78,065 78,066 78,067 78,068 78,069 78,070 78,071 78,072 78,073 78,074 78,075 2-274 78,089 78,090 78,091 78,092 78,093 78,094 78,095 78,096 78,097 78,098 78,099 78,100 2-275 78,114 78,115 78,116 78,117 78,118 78,119 78,120 78,121 78,122 78,123 78,124 78,125

TABLE 60 Compound represented by the formula (1) 1-151 1-152 1-153 1-154 1-155 1-156 1-157 1-158 1-159 1-160 1-161 1-162 1-163 Compound 2-276 78,126 78,127 78,128 78,129 78,130 78,131 78,132 78,133 78,134 78,135 78,136 78,137 78,138 represented 2-277 78,151 78,152 78,153 78,154 78,155 78,156 78,157 78,158 78,159 78,160 78,161 78,162 78,163 by the 2-278 78,176 78,177 78,178 78,179 78,180 78,181 78,182 78,183 78,184 78,185 78,186 78,187 78,188 formula (2) 2-279 78,201 78,202 78,203 78,204 78,205 78,206 78,207 78,208 78,209 78,210 78,211 78,212 78,213 2-280 78,226 78,227 78,228 78,229 78,230 78,231 78,232 78,233 78,234 78,235 78,236 78,237 78,238 2-281 78,251 78,252 78,253 78,254 78,255 78,256 78,257 78,258 78,259 78,260 78,261 78,262 78,263 2-282 78,276 78,277 78,278 78,279 78,280 78,281 78,282 78,283 78,284 78,285 78,286 78,287 78,288 2-283 78,301 78,302 78,303 78,304 78,305 78,306 78,307 78,308 78,309 78,310 78,311 78,312 78,313 2-284 78,326 78,327 78,328 78,329 78,330 78,331 78,332 78,333 78,334 78,335 78,336 78,337 78,338 2-285 78,351 78,352 78,353 78,354 78,355 78,356 78,357 78,358 78,359 78,360 78,361 78,362 78,363 2-286 78,376 78,377 78,378 78,379 78,380 78,381 78,382 78,383 78,384 78,385 78,386 78,387 78,388 2-287 78,401 78,402 78,403 78,404 78,405 78,406 78,407 78,408 78,409 78,410 78,411 78,412 78,413 2-288 78,426 78,427 78,428 78,429 78,430 78,431 78,432 78,433 78,434 78,435 78,436 78,437 78,438 2-289 78,451 78,452 78,453 78,454 78,455 78,456 78,457 78,458 78,459 78,460 78,461 78,462 78,463 2-290 78,476 78,477 78,478 78,479 78,480 78,481 78,482 78,483 78,484 78,485 78,486 78,487 78,488 2-291 78,501 78,502 78,503 78,504 78,505 78,506 78,507 78,508 78,509 78,510 78,511 78,512 78,513 2-292 78,526 78,527 78,528 78,529 78,530 78,531 78,532 78,533 78,534 78,535 78,536 78,537 78,538 2-293 78,551 78,552 78,553 78,554 78,555 78,556 78,557 78,558 78,559 78,560 78,561 78,562 78,563 2-294 78,576 78,577 78,578 78,579 78,580 78,581 78,582 78,583 78,584 78,585 78,586 78,587 78,588 2-295 78,601 78,602 78,603 78,604 78,605 78,606 78,607 78,608 78,609 78,610 78,611 78,612 78,613 2-296 78,626 78,627 78,628 78,629 78,630 78,631 78,632 78,633 78,634 78,635 78,636 78,637 78,638 2-297 78,651 78,652 78,653 78,654 78,655 78,656 78,657 78,658 78,659 78,660 78,661 78,662 78,663 2-298 78,676 78,677 78,678 78,679 78,680 78,681 78,682 78,683 78,684 78,685 78,686 78,687 78,688 2-299 78,701 78,702 78,703 78,704 78,705 78,706 78,707 78,708 78,709 78,710 78,711 78,712 78,713 2-300 78,726 78,727 78,728 78,729 78,730 78,731 78,732 78,733 78,734 78,735 78,736 78,737 78,738 2-301 78,751 78,752 78,753 78,754 78,755 78,756 78,757 78,758 78,759 78,760 78,761 78,762 78,763 2-302 78,776 78,777 78,778 78,779 78,780 78,781 78,782 78,783 78,784 78,785 78,786 78,787 78,788 2-303 78,801 78,802 78,803 78,804 78,805 78,806 78,807 78,808 78,809 78,810 78,811 78,812 78,813 2-304 78,826 78,827 78,828 78,829 78,830 78,831 78,832 78,833 78,834 78,835 78,836 78,837 78,838 2-305 78,851 78,852 78,853 78,854 78,855 78,856 78,857 78,858 78,859 78,860 78,861 78,862 78,863 2-306 78,876 78,877 78,878 78,879 78,880 78,881 78,882 78,883 78,884 78,885 78,886 78,887 78,888 2-307 78,901 78,902 78,903 78,904 78,905 78,906 78,907 78,908 78,909 78,910 78,911 78,912 78,913 2-308 78,926 78,927 78,928 78,929 78,930 78,931 78,932 78,933 78,934 78,935 78,936 78,937 78,938 2-309 78,951 78,952 78,953 78,954 78,955 78,956 78,957 78,958 78,959 78,960 78,961 78,962 78,963 2-310 78,976 78,977 78,978 78,979 78,980 78,981 78,982 78,983 78,984 78,985 78,986 78,987 78,988 2-311 79,001 79,002 79,003 79,004 79,005 79,006 79,007 79,008 79,009 79,010 79,011 79,012 79,013 2-312 79,026 79,027 79,028 79,029 79,030 79,031 79,032 79,033 79,034 79,035 79,036 79,037 79,038 2-313 79,051 79,052 79,053 79,054 79,055 79,056 79,057 79,058 79,059 79,060 79,061 79,062 79,063 2-314 79,076 79,077 79,078 79,079 79,080 79,081 79,082 79,083 79,084 79,085 79,086 79,087 79,088 2-315 79,101 79,102 79,103 79,104 79,105 79,106 79,107 79,108 79,109 79,110 79,111 79,112 79,113 2-316 79,126 79,127 79,128 79,129 79,130 79,131 79,132 79,133 79,134 79,135 79,136 79,137 79,138 2-317 79,151 79,152 79,153 79,154 79,155 79,156 79,157 79,158 79,159 79,160 79,161 79,162 79,163 2-318 79,176 79,177 79,178 79,179 79,180 79,181 79,182 79,183 79,184 79,185 79,186 79,187 79,188 2-319 79,201 79,202 79,203 79,204 79,205 79,206 79,207 79,208 79,209 79,210 79,211 79,212 79,213 2-320 79,226 79,227 79,228 79,229 79,230 79,231 79,232 79,233 79,234 79,235 79,236 79,237 79,238 2-321 79,251 79,252 79,253 79,254 79,255 79,256 79,257 79,258 79,259 79,260 79,261 79,262 79,263 2-322 79,276 79,277 79,278 79,279 79,280 79,281 79,282 79,283 79,284 79,285 79,286 79,287 79,288 2-323 79,301 79,302 79,303 79,304 79,305 79,306 79,307 79,308 79,309 79,310 79,311 79,312 79,313 2-324 79,326 79,327 79,328 79,329 79,330 79,331 79,332 79,333 79,334 79,335 79,336 79,337 79,338 2-325 79,351 79,352 79,353 79,354 79,355 79,356 79,357 79,358 79,359 79,360 79,361 79,362 79,363 2-326 79,376 79,377 79,378 79,379 79,380 79,381 79,382 79,383 79,384 79,385 79,386 79,387 79,388 2-327 79,401 79,402 79,403 79,404 79,405 79,406 79,407 79,408 79,409 79,410 79,411 79,412 79,413 2-328 79,426 79,427 79,428 79,429 79,430 79,431 79,432 79,433 79,434 79,435 79,436 79,437 79,438 2-329 79,451 79,452 79,453 79,454 79,455 79,456 79,457 79,458 79,459 79,460 79,461 79,462 79,463 2-330 79,476 79,477 79,478 79,479 79,480 79,481 79,482 79,483 79,484 79,485 79,486 79,487 79,488 Compound represented by the formula (1) 1-164 1-165 1-166 1-167 1-168 1-169 1-170 1-171 1-172 1-173 1-174 1-175 Compound 2-276 78,139 78,140 78,141 78,142 78,143 78,144 78,145 78,146 78,147 78,148 78,149 78,150 represented 2-277 78,164 78,165 78,166 78,167 78,168 78,169 78,170 78,171 78,172 78,173 78,174 78,175 by the 2-278 78,189 78,190 78,191 78,192 78,193 78,194 78,195 78,196 78,197 78,198 78,199 78,200 formula (2) 2-279 78,214 78,215 78,216 78,217 78,218 78,219 78,220 78,221 78,222 78,223 78,224 78,225 2-280 78,239 78,240 78,241 78,242 78,243 78,244 78,245 78,246 78,247 78,248 78,249 78,250 2-281 78,264 78,265 78,266 78,267 78,268 78,269 78,270 78,271 78,272 78,273 78,274 78,275 2-282 78,289 78,290 78,291 78,292 78,293 78,294 78,295 78,296 78,297 78,298 78,299 78,300 2-283 78,314 78,315 78,316 78,317 78,318 78,319 78,320 78,321 78,322 78,323 78,324 78,325 2-284 78,339 78,340 78,341 78,342 78,343 78,344 78,345 78,346 78,347 78,348 78,349 78,350 2-285 78,364 78,365 78,366 78,367 78,368 78,369 78,370 78,371 78,372 78,373 78,374 78,375 2-286 78,389 78,390 78,391 78,392 78,393 78,394 78,395 78,396 78,397 78,398 78,399 78,400 2-287 78,414 78,415 78,416 78,417 78,418 78,419 78,420 78,421 78,422 78,423 78,424 78,425 2-288 78,439 78,440 78,441 78,442 78,443 78,444 78,445 78,446 78,447 78,448 78,449 78,450 2-289 78,464 78,465 78,466 78,467 78,468 78,469 78,470 78,471 78,472 78,473 78,474 78,475 2-290 78,489 78,490 78,491 78,492 78,493 78,494 78,495 78,496 78,497 78,498 78,499 78,500 2-291 78,514 78,515 78,516 78,517 78,518 78,519 78,520 78,521 78,522 78,523 78,524 78,525 2-292 78,539 78,540 78,541 78,542 78,543 78,544 78,545 78,546 78,547 78,548 78,549 78,550 2-293 78,564 78,565 78,566 78,567 78,568 78,569 78,570 78,571 78,572 78,573 78,574 78,575 2-294 78,589 78,590 78,591 78,592 78,593 78,594 78,595 78,596 78,597 78,598 78,599 78,600 2-295 78,614 78,615 78,616 78,617 78,618 78,619 78,620 78,621 78,622 78,623 78,624 78,625 2-296 78,639 78,640 78,641 78,642 78,643 78,644 78,645 78,646 78,647 78,648 78,649 78,650 2-297 78,664 78,665 78,666 78,667 78,668 78,669 78,670 78,671 78,672 78,673 78,674 78,675 2-298 78,689 78,690 78,691 78,692 78,693 78,694 78,695 78,696 78,697 78,698 78,699 78,700 2-299 78,714 78,715 78,716 78,717 78,718 78,719 78,720 78,721 78,722 78,723 78,724 78,725 2-300 78,739 78,740 78,741 78,742 78,743 78,744 78,745 78,746 78,747 78,748 78,749 78,750 2-301 78,764 78,765 78,766 78,767 78,768 78,769 78,770 78,771 78,772 78,773 78,774 78,775 2-302 78,789 78,790 78,791 78,792 78,793 78,794 78,795 78,796 78,797 78,798 78,799 78,800 2-303 78,814 78,815 78,816 78,817 78,818 78,819 78,820 78,821 78,822 78,823 78,824 78,825 2-304 78,839 78,840 78,841 78,842 78,843 78,844 78,845 78,846 78,847 78,848 78,849 78,850 2-305 78,864 78,865 78,866 78,867 78,868 78,869 78,870 78,871 78,872 78,873 78,874 78,875 2-306 78,889 78,890 78,891 78,892 78,893 78,894 78,895 78,896 78,897 78,898 78,899 78,900 2-307 78,914 78,915 78,916 78,917 78,918 78,919 78,920 78,921 78,922 78,923 78,924 78,925 2-308 78,939 78,940 78,941 78,942 78,943 78,944 78,945 78,946 78,947 78,948 78,949 78,950 2-309 78,964 78,965 78,966 78,967 78,968 78,969 78,970 78,971 78,972 78,973 78,974 78,975 2-310 78,989 78,990 78,991 78,992 78,993 78,994 78,995 78,996 78,997 78,998 78,999 79,000 2-311 79,014 79,015 79,016 79,017 79,018 79,019 79,020 79,021 79,022 79,023 79,024 79,025 2-312 79,039 79,040 79,041 79,042 79,043 79,044 79,045 79,046 79,047 79,048 79,049 79,050 2-313 79,064 79,065 79,066 79,067 79,068 79,069 79,070 79,071 79,072 79,073 79,074 79,075 2-314 79,089 79,090 79,091 79,092 79,093 79,094 79,095 79,096 79,097 79,098 79,099 79,100 2-315 79,114 79,115 79,116 79,117 79,118 79,119 79,120 79,121 79,122 79,123 79,124 79,125 2-316 79,139 79,140 79,141 79,142 79,143 79,144 79,145 79,146 79,147 79,148 79,149 79,150 2-317 79,164 79,165 79,166 79,167 79,168 79,169 79,170 79,171 79,172 79,173 79,174 79,175 2-318 79,189 79,190 79,191 79,192 79,193 79,194 79,195 79,196 79,197 79,198 79,199 79,200 2-319 79,214 79,215 79,216 79,217 79,218 79,219 79,220 79,221 79,222 79,223 79,224 79,225 2-320 79,239 79,240 79,241 79,242 79,243 79,244 79,245 79,246 79,247 79,248 79,249 79,250 2-321 79,264 79,265 79,266 79,267 79,268 79,269 79,270 79,271 79,272 79,273 79,274 79,275 2-322 79,289 79,290 79,291 79,292 79,293 79,294 79,295 79,296 79,297 79,298 79,299 79,300 2-323 79,314 79,315 79,316 79,317 79,318 79,319 79,320 79,321 79,322 79,323 79,324 79,325 2-324 79,339 79,340 79,341 79,342 79,343 79,344 79,345 79,346 79,347 79,348 79,349 79,350 2-325 79,364 79,365 79,366 79,367 79,368 79,369 79,370 79,371 79,372 79,373 79,374 79,375 2-326 79,389 79,390 79,391 79,392 79,393 79,394 79,395 79,396 79,397 79,398 79,399 79,400 2-327 79,414 79,415 79,416 79,417 79,418 79,419 79,420 79,421 79,422 79,423 79,424 79,425 2-328 79,439 79,440 79,441 79,442 79,443 79,444 79,445 79,446 79,447 79,448 79,449 79,450 2-329 79,464 79,465 79,466 79,467 79,468 79,469 79,470 79,471 79,472 79,473 79,474 79,475 2-330 79,489 79,490 79,491 79,492 79,493 79,494 79,495 79,496 79,497 79,498 79,499 79,500

TABLE 61 Compound represented by the formula (1) 1-151 1-152 1-153 1-154 1-155 1-156 1-157 1-158 1-159 1-160 1-161 1-162 1-163 Compound 2-331 79,501 79,502 79,503 79,504 79,505 79,506 79,507 79,508 79,509 79,510 79,511 79,512 79,513 represented 2-332 79,526 79,527 79,528 79,529 79,530 79,531 79,532 79,533 79,534 79,535 79,536 79,537 79,538 by the 2-333 79,551 79,552 79,553 79,554 79,555 79,556 79,557 79,558 79,559 79,560 79,561 79,562 79,563 formula (2) 2-334 79,576 79,577 79,578 79,579 79,580 79,581 79,582 79,583 79,584 79,585 79,586 79,587 79,588 2-335 79,601 79,602 79,603 79,604 79,605 79,606 79,607 79,608 79,609 79,610 79,611 79,612 79,613 2-336 79,626 79,627 79,628 79,629 79,630 79,631 79,632 79,633 79,634 79,635 79,636 79,637 79,638 2-337 79,651 79,652 79,653 79,654 79,655 79,656 79,657 79,658 79,659 79,660 79,661 79,662 79,663 2-338 79,676 79,677 79,678 79,679 79,680 79,681 79,682 79,683 79,684 79,685 79,686 79,687 79,688 2-339 79,701 79,702 79,703 79,704 79,705 79,706 79,707 79,708 79,709 79,710 79,711 79,712 79,713 2-340 79,726 79,727 79,728 79,729 79,730 79,731 79,732 79,733 79,734 79,735 79,736 79,737 79,738 2-341 79,751 79,752 79,753 79,754 79,755 79,756 79,757 79,758 79,759 79,760 79,761 79,762 79,763 2-342 79,776 79,777 79,778 79,779 79,780 79,781 79,782 79,783 79,784 79,785 79,786 79,787 79,788 2-343 79,801 79,802 79,803 79,804 79,805 79,806 79,807 79,808 79,809 79,810 79,811 79,812 79,813 2-344 79,826 79,827 79,828 79,829 79,830 79,831 79,832 79,833 79,834 79,835 79,836 79,837 79,838 2-345 79,851 79,852 79,853 79,854 79,855 79,856 79,857 79,858 79,859 79,860 79,861 79,862 79,863 2-346 79,876 79,877 79,878 79,879 79,880 79,881 79,882 79,883 79,884 79,885 79,886 79,887 79,888 2-347 79,901 79,902 79,903 79,904 79,905 79,906 79,907 79,908 79,909 79,910 79,911 79,912 79,913 2-348 79,926 79,927 79,928 79,929 79,930 79,931 79,932 79,933 79,934 79,935 79,936 79,937 79,938 2-349 79,951 79,952 79,953 79,954 79,955 79,956 79,957 79,958 79,959 79,960 79,961 79,962 79,963 2-350 79,976 79,977 79,978 79,979 79,980 79,981 79,982 79,983 79,984 79,985 79,986 79,987 79,988 2-351 80,001 80,002 80,003 80,004 80,005 80,006 80,007 80,008 80,009 80,010 80,011 80,012 80,013 2-352 80,026 80,027 80,028 80,029 80,030 80,031 80,032 80,033 80,034 80,035 80,036 80,037 80,038 2-353 80,051 80,052 80,053 80,054 80,055 80,056 80,057 80,058 80,059 80,060 80,061 80,062 80,063 2-354 80,076 80,077 80,078 80,079 80,080 80,081 80,082 80,083 80,084 80,085 80,086 80,087 80,088 2-355 80,101 80,102 80,103 80,104 80,105 80,106 80,107 80,108 80,109 80,110 80,111 80,112 80,113 2-356 80,126 80,127 80,128 80,129 80,130 80,131 80,132 80,133 80,134 80,135 80,136 80,137 80,138 2-357 80,151 80,152 80,153 80,154 80,155 80,156 80,157 80,158 80,159 80,160 80,161 80,162 80,163 2-358 80,176 80,177 80,178 80,179 80,180 80,181 80,182 80,183 80,184 80,185 80,186 80,187 80,188 2-359 80,201 80,202 80,203 80,204 80,205 80,206 80,207 80,208 80,209 80,210 80,211 80,212 80,213 2-360 80,226 80,227 80,228 80,229 80,230 80,231 80,232 80,233 80,234 80,235 80,236 80,237 80,238 2-361 80,251 80,252 80,253 80,254 80,255 80,256 80,257 80,258 80,259 80,260 80,261 80,262 80,263 2-362 80,276 80,277 80,278 80,279 80,280 80,281 80,282 80,283 80,284 80,285 80,286 80,287 80,288 2-363 80,301 80,302 80,303 80,304 80,305 80,306 80,307 80,308 80,309 80,310 80,311 80,312 80,313 2-364 80,326 80,327 80,328 80,329 80,330 80,331 80,332 80,333 80,334 80,335 80,336 80,337 80,338 2-365 80,351 80,352 80,353 80,354 80,355 80,356 80,357 80,358 80,359 80,360 80,361 80,362 80,363 2-366 80,376 80,377 80,378 80,379 80,380 80,381 80,382 80,383 80,384 80,385 80,386 80,387 80,388 2-367 80,401 80,402 80,403 80,404 80,405 80,406 80,407 80,408 80,409 80,410 80,411 80,412 80,413 2-368 80,426 80,427 80,428 80,429 80,430 80,431 80,432 80,433 80,434 80,435 80,436 80,437 80,438 2-369 80,451 80,452 80,453 80,454 80,455 80,456 80,457 80,458 80,459 80,460 80,461 80,462 80,463 2-370 80,476 80,477 80,478 80,479 80,480 80,481 80,482 80,483 80,484 80,485 80,486 80,487 80,488 2-371 80,501 80,502 80,503 80,504 80,505 80,506 80,507 80,508 80,509 80,510 80,511 80,512 80,513 2-372 80,526 80,527 80,528 80,529 80,530 80,531 80,532 80,533 80,534 80,535 80,536 80,537 80,538 2-373 80,551 80,552 80,553 80,554 80,555 80,556 80,557 80,558 80,559 80,560 80,561 80,562 80,563 2-374 80,576 80,577 80,578 80,579 80,580 80,581 80,582 80,583 80,584 80,585 80,586 80,587 80,588 2-375 80,601 80,602 80,603 80,604 80,605 80,606 80,607 80,608 80,609 80,610 80,611 80,612 80,613 2-376 80,626 80,627 80,628 80,629 80,630 80,631 80,632 80,633 80,634 80,635 80,636 80,637 80,638 2-377 80,651 80,652 80,653 80,654 80,655 80,656 80,657 80,658 80,659 80,660 80,661 80,662 80,663 2-378 80,676 80,677 80,678 80,679 80,680 80,681 80,682 80,683 80,684 80,685 80,686 80,687 80,688 2-379 80,701 80,702 80,703 80,704 80,705 80,706 80,707 80,708 80,709 80,710 80,711 80,712 80,713 2-380 80,726 80,727 80,728 80,729 80,730 80,731 80,732 80,733 80,734 80,735 80,736 80,737 80,738 2-381 80,751 80,752 80,753 80,754 80,755 80,756 80,757 80,758 80,759 80,760 80,761 80,762 80,763 2-382 80,776 80,777 80,778 80,779 80,780 80,781 80,782 80,783 80,784 80,785 80,786 80,787 80,788 2-383 80,801 80,802 80,803 80,804 80,805 80,806 80,807 80,808 80,809 80,810 80,811 80,812 80,813 2-384 80,826 80,827 80,828 80,829 80,830 80,831 80,832 80,833 80,834 80,835 80,836 80,837 80,838 2-385 80,851 80,852 80,853 80,854 80,855 80,856 80,857 80,858 80,859 80,860 80,861 80,862 80,863 Compound represented by the formula (1) 1-164 1-165 1-166 1-167 1-168 1-169 1-170 1-171 1-172 1-173 1-174 1-175 Compound 2-331 79,514 79,515 79,516 79,517 79,518 79,519 79,520 79,521 79,522 79,523 79,524 79,525 represented 2-332 79,539 79,540 79,541 79,542 79,543 79,544 79,545 79,546 79,547 79,548 79,549 79,550 by the 2-333 79,564 79,565 79,566 79,567 79,568 79,569 79,570 79,571 79,572 79,573 79,574 79,575 formula (2) 2-334 79,589 79,590 79,591 79,592 79,593 79,594 79,595 79,596 79,597 79,598 79,599 79,600 2-335 79,614 79,615 79,616 79,617 79,618 79,619 79,620 79,621 79,622 79,623 79,624 79,625 2-336 79,639 79,640 79,641 79,642 79,643 79,644 79,645 79,646 79,647 79,648 79,649 79,650 2-337 79,664 79,665 79,666 79,667 79,668 79,669 79,670 79,671 79,672 79,673 79,674 79,675 2-338 79,689 79,690 79,691 79,692 79,693 79,694 79,695 79,696 79,697 79,698 79,699 79,700 2-339 79,714 79,715 79,716 79,717 79,718 79,719 79,720 79,721 79,722 79,723 79,724 79,725 2-340 79,739 79,740 79,741 79,742 79,743 79,744 79,745 79,746 79,747 79,748 79,749 79,750 2-341 79,764 79,765 79,766 79,767 79,768 79,769 79,770 79,771 79,772 79,773 79,774 79,775 2-342 79,789 79,790 79,791 79,792 79,793 79,794 79,795 79,796 79,797 79,798 79,799 79,800 2-343 79,814 79,815 79,816 79,817 79,818 79,819 79,820 79,821 79,822 79,823 79,824 79,825 2-344 79,839 79,840 79,841 79,842 79,843 79,844 79,845 79,846 79,847 79,848 79,849 79,850 2-345 79,864 79,865 79,866 79,867 79,868 79,869 79,870 79,871 79,872 79,873 79,874 79,875 2-346 79,889 79,890 79,891 79,892 79,893 79,894 79,895 79,896 79,897 79,898 79,899 79,900 2-347 79,914 79,915 79,916 79,917 79,918 79,919 79,920 79,921 79,922 79,923 79,924 79,925 2-348 79,939 79,940 79,941 79,942 79,943 79,944 79,945 79,946 79,947 79,948 79,949 79,950 2-349 79,964 79,965 79,966 79,967 79,968 79,969 79,970 79,971 79,972 79,973 79,974 79,975 2-350 79,989 79,990 79,991 79,992 79,993 79,994 79,995 79,996 79,997 79,998 79,999 80,000 2-351 80,014 80,015 80,016 80,017 80,018 80,019 80,020 80,021 80,022 80,023 80,024 80,025 2-352 80,039 80,040 80,041 80,042 80,043 80,044 80,045 80,046 80,047 80,048 80,049 80,050 2-353 80,064 80,065 80,066 80,067 80,068 80,069 80,070 80,071 80,072 80,073 80,074 80,075 2-354 80,089 80,090 80,091 80,092 80,093 80,094 80,095 80,096 80,097 80,098 80,099 80,100 2-355 80,114 80,115 80,116 80,117 80,118 80,119 80,120 80,121 80,122 80,123 80,124 80,125 2-356 80,139 80,140 80,141 80,142 80,143 80,144 80,145 80,146 80,147 80,148 80,149 80,150 2-357 80,164 80,165 80,166 80,167 80,168 80,169 80,170 80,171 80,172 80,173 80,174 80,175 2-358 80,189 80,190 80,191 80,192 80,193 80,194 80,195 80,196 80,197 80,198 80,199 80,200 2-359 80,214 80,215 80,216 80,217 80,218 80,219 80,220 80,221 80,222 80,223 80,224 80,225 2-360 80,239 80,240 80,241 80,242 80,243 80,244 80,245 80,246 80,247 80,248 80,249 80,250 2-361 80,264 80,265 80,266 80,267 80,268 80,269 80,270 80,271 80,272 80,273 80,274 80,275 2-362 80,289 80,290 80,291 80,292 80,293 80,294 80,295 80,296 80,297 80,298 80,299 80,300 2-363 80,314 80,315 80,316 80,317 80,318 80,319 80,320 80,321 80,322 80,323 80,324 80,325 2-364 80,339 80,340 80,341 80,342 80,343 80,344 80,345 80,346 80,347 80,348 80,349 80,350 2-365 80,364 80,365 80,366 80,367 80,368 80,369 80,370 80,371 80,372 80,373 80,374 80,375 2-366 80,389 80,390 80,391 80,392 80,393 80,394 80,395 80,396 80,397 80,398 80,399 80,400 2-367 80,414 80,415 80,416 80,417 80,418 80,419 80,420 80,421 80,422 80,423 80,424 80,425 2-368 80,439 80,440 80,441 80,442 80,443 80,444 80,445 80,446 80,447 80,448 80,449 80,450 2-369 80,464 80,465 80,466 80,467 80,468 80,469 80,470 80,471 80,472 80,473 80,474 80,475 2-370 80,489 80,490 80,491 80,492 80,493 80,494 80,495 80,496 80,497 80,498 80,499 80,500 2-371 80,514 80,515 80,516 80,517 80,518 80,519 80,520 80,521 80,522 80,523 80,524 80,525 2-372 80,539 80,540 80,541 80,542 80,543 80,544 80,545 80,546 80,547 80,548 80,549 80,550 2-373 80,564 80,565 80,566 80,567 80,568 80,569 80,570 80,571 80,572 80,573 80,574 80,575 2-374 80,589 80,590 80,591 80,592 80,593 80,594 80,595 80,596 80,597 80,598 80,599 80,600 2-375 80,614 80,615 80,616 80,617 80,618 80,619 80,620 80,621 80,622 80,623 80,624 80,625 2-376 80,639 80,640 80,641 80,642 80,643 80,644 80,645 80,646 80,647 80,648 80,649 80,650 2-377 80,664 80,665 80,666 80,667 80,668 80,669 80,670 80,671 80,672 80,673 80,674 80,675 2-378 80,689 80,690 80,691 80,692 80,693 80,694 80,695 80,696 80,697 80,698 80,699 80,700 2-379 80,714 80,715 80,716 80,717 80,718 80,719 80,720 80,721 80,722 80,723 80,724 80,725 2-380 80,739 80,740 80,741 80,742 80,743 80,744 80,745 80,746 80,747 80,748 80,749 80,750 2-381 80,764 80,765 80,766 80,767 80,768 80,769 80,770 80,771 80,772 80,773 80,774 80,775 2-382 80,789 80,790 80,791 80,792 80,793 80,794 80,795 80,796 80,797 80,798 80,799 80,800 2-383 80,814 80,815 80,816 80,817 80,818 80,819 80,820 80,821 80,822 80,823 80,824 80,825 2-384 80,839 80,840 80,841 80,842 80,843 80,844 80,845 80,846 80,847 80,848 80,849 80,850 2-385 80,864 80,865 80,866 80,867 80,868 80,869 80,870 80,871 80,872 80,873 80,874 80,875

TABLE 62 Compound represented by the formula (1) 1-151 1-152 1-153 1-154 1-155 1-156 1-157 1-158 1-159 1-160 1-161 1-162 1-163 Compound 2-386 80,876 80,877 80,878 80,879 80,880 80,881 80,882 80,883 80,884 80,885 80,886 80,887 80,888 represented 2-387 80,901 80,902 80,903 80,904 80,905 80,906 80,907 80,908 80,909 80,910 80,911 80,912 80,913 by the 2-388 80,926 80,927 80,928 80,929 80,930 80,931 80,932 80,933 80,934 80,935 80,936 80,937 80,938 formula (2) 2-389 80,951 80,952 80,953 80,954 80,955 80,956 80,957 80,958 80,959 80,960 80,961 80,962 80,963 2-390 80,976 80,977 80,978 80,979 80,980 80,981 80,982 80,983 80,984 80,985 80,986 80,987 80,988 2-391 81,001 81,002 81,003 81,004 81,005 81,006 81,007 81,008 81,009 81,010 81,011 81,012 81,013 2-392 81,026 81,027 81,028 81,029 81,030 81,031 81,032 81,033 81,034 81,035 81,036 81,037 81,038 2-393 81,051 81,052 81,053 81,054 81,055 81,056 81,057 81,058 81,059 81,060 81,061 81,062 81,063 2-394 81,076 81,077 81,078 81,079 81,080 81,081 81,082 81,083 81,084 81,085 81,086 81,087 81,088 2-395 81,101 81,102 81,103 81,104 81,105 81,106 81,107 81,108 81,109 81,110 81,111 81,112 81,113 2-396 81,126 81,127 81,128 81,129 81,130 81,131 81,132 81,133 81,134 81,135 81,136 81,137 81,138 2-397 81,151 81,152 81,153 81,154 81,155 81,156 81,157 81,158 81,159 81,160 81,161 81,162 81,163 2-398 81,176 81,177 81,178 81,179 81,180 81,181 81,182 81,183 81,184 81,185 81,186 81,187 81,188 2-399 81,201 81,202 81,203 81,204 81,205 81,206 81,207 81,208 81,209 81,210 81,211 81,212 81,213 2-400 81,226 81,227 81,228 81,229 81,230 81,231 81,232 81,233 81,234 81,235 81,236 81,237 81,238 2-401 81,251 81,252 81,253 81,254 81,255 81,256 81,257 81,258 81,259 81,260 81,261 81,262 81,263 2-402 81,276 81,277 81,278 81,279 81,280 81,281 81,282 81,283 81,284 81,285 81,286 81,287 81,288 2-403 81,301 81,302 81,303 81,304 81,305 81,306 81,307 81,308 81,309 81,310 81,311 81,312 81,313 2-404 81,326 81,327 81,328 81,329 81,330 81,331 81,332 81,333 81,334 81,335 81,336 81,337 81,338 2-405 81,351 81,352 81,353 81,354 81,355 81,356 81,357 81,358 81,359 81,360 81,361 81,362 81,363 2-406 81,376 81,377 81,378 81,379 81,380 81,381 81,382 81,383 81,384 81,385 81,386 81,387 81,388 2-407 81,401 81,402 81,403 81,404 81,405 81,406 81,407 81,408 81,409 81,410 81,411 81,412 81,413 2-408 81,426 81,427 81,428 81,429 81,430 81,431 81,432 81,433 81,434 81,435 81,436 81,437 81,438 2-409 81,451 81,452 81,453 81,454 81,455 81,456 81,457 81,458 81,459 81,460 81,461 81,462 81,463 2-410 81,476 81,477 81,478 81,479 81,480 81,481 81,482 81,483 81,484 81,485 81,486 81,487 81,488 2-411 81,501 81,502 81,503 81,504 81,505 81,506 81,507 81,508 81,509 81,510 81,511 81,512 81,513 2-412 81,526 81,527 81,528 81,529 81,530 81,531 81,532 81,533 81,534 81,535 81,536 81,537 81,538 2-413 81,551 81,552 81,553 81,554 81,555 81,556 81,557 81,558 81,559 81,560 81,561 81,562 81,563 2-414 81,576 81,577 81,578 81,579 81,580 81,581 81,582 81,583 81,584 81,585 81,586 81,587 81,588 2-415 81,601 81,602 81,603 81,604 81,605 81,606 81,607 81,608 81,609 81,610 81,611 81,612 81,613 2-416 81,626 81,627 81,628 81,629 81,630 81,631 81,632 81,633 81,634 81,635 81,636 81,637 81,638 2-417 81,651 81,652 81,653 81,654 81,655 81,656 81,657 81,658 81,659 81,660 81,661 81,662 81,663 2-418 81,676 81,677 81,678 81,679 81,680 81,681 81,682 81,683 81,684 81,685 81,686 81,687 81,688 2-419 81,701 81,702 81,703 81,704 81,705 81,706 81,707 81,708 81,709 81,710 81,711 81,712 81,713 2-420 81,726 81,727 81,728 81,729 81,730 81,731 81,732 81,733 81,734 81,735 81,736 81,737 81,738 2-421 81,751 81,752 81,753 81,754 81,755 81,756 81,757 81,758 81,759 81,760 81,761 81,762 81,763 2-422 81,776 81,777 81,778 81,779 81,780 81,781 81,782 81,783 81,784 81,785 81,786 81,787 81,788 2-423 81,801 81,802 81,803 81,804 81,805 81,806 81,807 81,808 81,809 81,810 81,811 81,812 81,813 2-424 81,826 81,827 81,828 81,829 81,830 81,831 81,832 81,833 81,834 81,835 81,836 81,837 81,838 2-425 81,851 81,852 81,853 81,854 81,855 81,856 81,857 81,858 81,859 81,860 81,861 81,862 81,863 2-426 81,876 81,877 81,878 81,879 81,880 81,881 81,882 81,883 81,884 81,885 81,886 81,887 81,888 2-427 81,901 81,902 81,903 81,904 81,905 81,906 81,907 81,908 81,909 81,910 81,911 81,912 81,913 2-428 81,926 81,927 81,928 81,929 81,930 81,931 81,932 81,933 81,934 81,935 81,936 81,937 81,938 2-429 81,951 81,952 81,953 81,954 81,955 81,956 81,957 81,958 81,959 81,960 81,961 81,962 81,963 2-430 81,976 81,977 81,978 81,979 81,980 81,981 81,982 81,983 81,984 81,985 81,986 81,987 81,988 2-431 82,001 82,002 82,003 82,004 82,005 82,006 82,007 82,008 82,009 82,010 82,011 82,012 82,013 2-432 82,026 82,027 82,028 82,029 82,030 82,031 82,032 82,033 82,034 82,035 82,036 82,037 82,038 2-433 82,051 82,052 82,053 82,054 82,055 82,056 82,057 82,058 82,059 82,060 82,061 82,062 82,063 2-434 82,076 82,077 82,078 82,079 82,080 82,081 82,082 82,083 82,084 82,085 82,086 82,087 82,088 2-435 82,101 82,102 82,103 82,104 82,105 82,106 82,107 82,108 82,109 82,110 82,111 82,112 82,113 2-436 82,126 82,127 82,128 82,129 82,130 82,131 82,132 82,133 82,134 82,135 82,136 82,137 82,138 2-437 82,151 82,152 82,153 82,154 82,155 82,156 82,157 82,158 82,159 82,160 82,161 82,162 82,163 2-438 82,176 82,177 82,178 82,179 82,180 82,181 82,182 82,183 82,184 82,185 82,186 82,187 82,188 2-439 82,201 82,202 82,203 82,204 82,205 82,206 82,207 82,208 82,209 82,210 82,211 82,212 82,213 2-440 82,226 82,227 82,228 82,229 82,230 82,231 82,232 82,233 82,234 82,235 82,236 82,237 82,238 Compound represented by the formula (1) 1-164 1-165 1-166 1-167 1-168 1-169 1-170 1-171 1-172 1-173 1-174 1-175 Compound 2-386 80,889 80,890 80,891 80,892 80,893 80,894 80,895 80,896 80,897 80,898 80,899 80,900 represented 2-387 80,914 80,915 80,916 80,917 80,918 80,919 80,920 80,921 80,922 80,923 80,924 80,925 by the 2-388 80,939 80,940 80,941 80,942 80,943 80,944 80,945 80,946 80,947 80,948 80,949 80,950 formula (2) 2-389 80,964 80,965 80,966 80,967 80,968 80,969 80,970 80,971 80,972 80,973 80,974 80,975 2-390 80,989 80,990 80,991 80,992 80,993 80,994 80,995 80,996 80,997 80,998 80,999 81,000 2-391 81,014 81,015 81,016 81,017 81,018 81,019 81,020 81,021 81,022 81,023 81,024 81,025 2-392 81,039 81,040 81,041 81,042 81,043 81,044 81,045 81,046 81,047 81,048 81,049 81,050 2-393 81,064 81,065 81,066 81,067 81,068 81,069 81,070 81,071 81,072 81,073 81,074 81,075 2-394 81,089 81,090 81,091 81,092 81,093 81,094 81,095 81,096 81,097 81,098 81,099 81,100 2-395 81,114 81,115 81,116 81,117 81,118 81,119 81,120 81,121 81,122 81,123 81,124 81,125 2-396 81,139 81,140 81,141 81,142 81,143 81,144 81,145 81,146 81,147 81,148 81,149 81,150 2-397 81,164 81,165 81,166 81,167 81,168 81,169 81,170 81,171 81,172 81,173 81,174 81,175 2-398 81,189 81,190 81,191 81,192 81,193 81,194 81,195 81,196 81,197 81,198 81,199 81,200 2-399 81,214 81,215 81,216 81,217 81,218 81,219 81,220 81,221 81,222 81,223 81,224 81,225 2-400 81,239 81,240 81,241 81,242 81,243 81,244 81,245 81,246 81,247 81,248 81,249 81,250 2-401 81,264 81,265 81,266 81,267 81,268 81,269 81,270 81,271 81,272 81,273 81,274 81,275 2-402 81,289 81,290 81,291 81,292 81,293 81,294 81,295 81,296 81,297 81,298 81,299 81,300 2-403 81,314 81,315 81,316 81,317 81,318 81,319 81,320 81,321 81,322 81,323 81,324 81,325 2-404 81,339 81,340 81,341 81,342 81,343 81,344 81,345 81,346 81,347 81,348 81,349 81,350 2-405 81,364 81,365 81,366 81,367 81,368 81,369 81,370 81,371 81,372 81,373 81,374 81,375 2-406 81,389 81,390 81,391 81,392 81,393 81,394 81,395 81,396 81,397 81,398 81,399 81,400 2-407 81,414 81,415 81,416 81,417 81,418 81,419 81,420 81,421 81,422 81,423 81,424 81,425 2-408 81,439 81,440 81,441 81,442 81,443 81,444 81,445 81,446 81,447 81,448 81,449 81,450 2-409 81,464 81,465 81,466 81,467 81,468 81,469 81,470 81,471 81,472 81,473 81,474 81,475 2-410 81,489 81,490 81,491 81,492 81,493 81,494 81,495 81,496 81,497 81,498 81,499 81,500 2-411 81,514 81,515 81,516 81,517 81,518 81,519 81,520 81,521 81,522 81,523 81,524 81,525 2-412 81,539 81,540 81,541 81,542 81,543 81,544 81,545 81,546 81,547 81,548 81,549 81,550 2-413 81,564 81,565 81,566 81,567 81,568 81,569 81,570 81,571 81,572 81,573 81,574 81,575 2-414 81,589 81,590 81,591 81,592 81,593 81,594 81,595 81,596 81,597 81,598 81,599 81,600 2-415 81,614 81,615 81,616 81,617 81,618 81,619 81,620 81,621 81,622 81,623 81,624 81,625 2-416 81,639 81,640 81,641 81,642 81,643 81,644 81,645 81,646 81,647 81,648 81,649 81,650 2-417 81,664 81,665 81,666 81,667 81,668 81,669 81,670 81,671 81,672 81,673 81,674 81,675 2-418 81,689 81,690 81,691 81,692 81,693 81,694 81,695 81,696 81,697 81,698 81,699 81,700 2-419 81,714 81,715 81,716 81,717 81,718 81,719 81,720 81,721 81,722 81,723 81,724 81,725 2-420 81,739 81,740 81,741 81,742 81,743 81,744 81,745 81,746 81,747 81,748 81,749 81,750 2-421 81,764 81,765 81,766 81,767 81,768 81,769 81,770 81,771 81,772 81,773 81,774 81,775 2-422 81,789 81,790 81,791 81,792 81,793 81,794 81,795 81,796 81,797 81,798 81,799 81,800 2-423 81,814 81,815 81,816 81,817 81,818 81,819 81,820 81,821 81,822 81,823 81,824 81,825 2-424 81,839 81,840 81,841 81,842 81,843 81,844 81,845 81,846 81,847 81,848 81,849 81,850 2-425 81,864 81,865 81,866 81,867 81,868 81,869 81,870 81,871 81,872 81,873 81,874 81,875 2-426 81,889 81,890 81,891 81,892 81,893 81,894 81,895 81,896 81,897 81,898 81,899 81,900 2-427 81,914 81,915 81,916 81,917 81,918 81,919 81,920 81,921 81,922 81,923 81,924 81,925 2-428 81,939 81,940 81,941 81,942 81,943 81,944 81,945 81,946 81,947 81,948 81,949 81,950 2-429 81,964 81,965 81,966 81,967 81,968 81,969 81,970 81,971 81,972 81,973 81,974 81,975 2-430 81,989 81,990 81,991 81,992 81,993 81,994 81,995 81,996 81,997 81,998 81,999 82,000 2-431 82,014 82,015 82,016 82,017 82,018 82,019 82,020 82,021 82,022 82,023 82,024 82,025 2-432 82,039 82,040 82,041 82,042 82,043 82,044 82,045 82,046 82,047 82,048 82,049 82,050 2-433 82,064 82,065 82,066 82,067 82,068 82,069 82,070 82,071 82,072 82,073 82,074 82,075 2-434 82,089 82,090 82,091 82,092 82,093 82,094 82,095 82,096 82,097 82,098 82,099 82,100 2-435 82,114 82,115 82,116 82,117 82,118 82,119 82,120 82,121 82,122 82,123 82,124 82,125 2-436 82,139 82,140 82,141 82,142 82,143 82,144 82,145 82,146 82,147 82,148 82,149 82,150 2-437 82,164 82,165 82,166 82,167 82,168 82,169 82,170 82,171 82,172 82,173 82,174 82,175 2-438 82,189 82,190 82,191 82,192 82,193 82,194 82,195 82,196 82,197 82,198 82,199 82,200 2-439 82,214 82,215 82,216 82,217 82,218 82,219 82,220 82,221 82,222 82,223 82,224 82,225 2-440 82,239 82,240 82,241 82,242 82,243 82,244 82,245 82,246 82,247 82,248 82,249 82,250

TABLE 63 Compound represented by the formula (1) 1-151 1-152 1-153 1-154 1-155 1-156 1-157 1-158 1-159 1-160 1-161 1-162 1-163 Compound 2-441 82,251 82,252 82,253 82,254 82,255 82,256 82,257 82,258 82,259 82,260 82,261 82,262 82,263 represented 2-442 82,276 82,277 82,278 82,279 82,280 82,281 82,282 82,283 82,284 82,285 82,286 82,287 82,288 by the 2-443 82,301 82,302 82,303 82,304 82,305 82,306 82,307 82,308 82,309 82,310 82,311 82,312 82,313 formula (2) 2-444 82,326 82,327 82,328 82,329 82,330 82,331 82,332 82,333 82,334 82,335 82,336 82,337 82,338 2-445 82,351 82,352 82,353 82,354 82,355 82,356 82,357 82,358 82,359 82,360 82,361 82,362 82,363 2-446 82,376 82,377 82,378 82,379 82,380 82,381 82,382 82,383 82,384 82,385 82,386 82,387 82,388 2-447 82,401 82,402 82,403 82,404 82,405 82,406 82,407 82,408 82,409 82,410 82,411 82,412 82,413 2-448 82,426 82,427 82,428 82,429 82,430 82,431 82,432 82,433 82,434 82,435 82,436 82,437 82,438 2-449 82,451 82,452 82,453 82,454 82,455 82,456 82,457 82,458 82,459 82,460 82,461 82,462 82,463 2-450 82,476 82,477 82,478 82,479 82,480 82,481 82,482 82,483 82,484 82,485 82,486 82,487 82,488 2-451 82,501 82,502 82,503 82,504 82,505 82,506 82,507 82,508 82,509 82,510 82,511 82,512 82,513 2-452 82,526 82,527 82,528 82,529 82,530 82,531 82,532 82,533 82,534 82,535 82,536 82,537 82,538 2-453 82,551 82,552 82,553 82,554 82,555 82,556 82,557 82,558 82,559 82,560 82,561 82,562 82,563 2-454 82,576 82,577 82,578 82,579 82,580 82,581 82,582 82,583 82,584 82,585 82,586 82,587 82,588 2-455 82,601 82,602 82,603 82,604 82,605 82,606 82,607 82,608 82,609 82,610 82,611 82,612 82,613 2-456 82,626 82,627 82,628 82,629 82,630 82,631 82,632 82,633 82,634 82,635 82,636 82,637 82,638 2-457 82,651 82,652 82,653 82,654 82,655 82,656 82,657 82,658 82,659 82,660 82,661 82,662 82,663 2-458 82,676 82,677 82,678 82,679 82,680 82,681 82,682 82,683 82,684 82,685 82,686 82,687 82,688 2-459 82,701 82,702 82,703 82,704 82,705 82,706 82,707 82,708 82,709 82,710 82,711 82,712 82,713 2-460 82,726 82,727 82,728 82,729 82,730 82,731 82,732 82,733 82,734 82,735 82,736 82,737 82,738 2-461 82,751 82,752 82,753 82,754 82,755 82,756 82,757 82,758 82,759 82,760 82,761 82,762 82,763 2-462 82,776 82,777 82,778 82,779 82,780 82,781 82,782 82,783 82,784 82,785 82,786 82,787 82,788 2-463 82,801 82,802 82,803 82,804 82,805 82,806 82,807 82,808 82,809 82,810 82,811 82,812 82,813 2-464 82,826 82,827 82,828 82,829 82,830 82,831 82,832 82,833 82,834 82,835 82,836 82,837 82,838 2-465 82,851 82,852 82,853 82,854 82,855 82,856 82,857 82,858 82,859 82,860 82,861 82,862 82,863 2-466 82,876 82,877 82,878 82,879 82,880 82,881 82,882 82,883 82,884 82,885 82,886 82,887 82,888 2-467 82,901 82,902 82,903 82,904 82,905 82,906 82,907 82,908 82,909 82,910 82,911 82,912 82,913 2-468 82,926 82,927 82,928 82,929 82,930 82,931 82,932 82,933 82,934 82,935 82,936 82,937 82,938 2-469 82,951 82,952 82,953 82,954 82,955 82,956 82,957 82,958 82,959 82,960 82,961 82,962 82,963 2-470 82,976 82,977 82,978 82,979 82,980 82,981 82,982 82,983 82,984 82,985 82,986 82,987 82,988 2-471 83,001 83,002 83,003 83,004 83,005 83,006 83,007 83,008 83,009 83,010 83,011 83,012 83,013 2-472 83,026 83,027 83,028 83,029 83,030 83,031 83,032 83,033 83,034 83,035 83,036 83,037 83,038 2-473 83,051 83,052 83,053 83,054 83,055 83,056 83,057 83,058 83,059 83,060 83,061 83,062 83,063 2-474 83,076 83,077 83,078 83,079 83,080 83,081 83,082 83,083 83,084 83,085 83,086 83,087 83,088 2-475 83,101 83,102 83,103 83,104 83,105 83,106 83,107 83,108 83,109 83,110 83,111 83,112 83,113 Compound represented by the formula (1) 1-164 1-165 1-166 1-167 1-168 1-169 1-170 1-171 1-172 1-173 1-174 1-175 Compound 2-441 82,264 82,265 82,266 82,267 82,268 82,269 82,270 82,271 82,272 82,273 82,274 82,275 represented 2-442 82,289 82,290 82,291 82,292 82,293 82,294 82,295 82,296 82,297 82,298 82,299 82,300 by the 2-443 82,314 82,315 82,316 82,317 82,318 82,319 82,320 82,321 82,322 82,323 82,324 82,325 formula (2) 2-444 82,339 82,340 82,341 82,342 82,343 82,344 82,345 82,346 82,347 82,348 82,349 82,350 2-445 82,364 82,365 82,366 82,367 82,368 82,369 82,370 82,371 82,372 82,373 82,374 82,375 2-446 82,389 82,390 82,391 82,392 82,393 82,394 82,395 82,396 82,397 82,398 82,399 82,400 2-447 82,414 82,415 82,416 82,417 82,418 82,419 82,420 82,421 82,422 82,423 82,424 82,425 2-448 82,439 82,440 82,441 82,442 82,443 82,444 82,445 82,446 82,447 82,448 82,449 82,450 2-449 82,464 82,465 82,466 82,467 82,468 82,469 82,470 82,471 82,472 82,473 82,474 82,475 2-450 82,489 82,490 82,491 82,492 82,493 82,494 82,495 82,496 82,497 82,498 82,499 82,500 2-451 82,514 82,515 82,516 82,517 82,518 82,519 82,520 82,521 82,522 82,523 82,524 82,525 2-452 82,539 82,540 82,541 82,542 82,543 82,544 82,545 82,546 82,547 82,548 82,549 82,550 2-453 82,564 82,565 82,566 82,567 82,568 82,569 82,570 82,571 82,572 82,573 82,574 82,575 2-454 82,589 82,590 82,591 82,592 82,593 82,594 82,595 82,596 82,597 82,598 82,599 82,600 2-455 82,614 82,615 82,616 82,617 82,618 82,619 82,620 82,621 82,622 82,623 82,624 82,625 2-456 82,639 82,640 82,641 82,642 82,643 82,644 82,645 82,646 82,647 82,648 82,649 82,650 2-457 82,664 82,665 82,666 82,667 82,668 82,669 82,670 82,671 82,672 82,673 82,674 82,675 2-458 82,689 82,690 82,691 82,692 82,693 82,694 82,695 82,696 82,697 82,698 82,699 82,700 2-459 82,714 82,715 82,716 82,717 82,718 82,719 82,720 82,721 82,722 82,723 82,724 82,725 2-460 82,739 82,740 82,741 82,742 82,743 82,744 82,745 82,746 82,747 82,748 82,749 82,750 2-461 82,764 82,765 82,766 82,767 82,768 82,769 82,770 82,771 82,772 82,773 82,774 82,775 2-462 82,789 82,790 82,791 82,792 82,793 82,794 82,795 82,796 82,797 82,798 82,799 82,800 2-463 82,814 82,815 82,816 82,817 82,818 82,819 82,820 82,821 82,822 82,823 82,824 82,825 2-464 82,839 82,840 82,841 82,842 82,843 82,844 82,845 82,846 82,847 82,848 82,849 82,850 2-465 82,864 82,865 82,866 82,867 82,868 82,869 82,870 82,871 82,872 82,873 82,874 82,875 2-466 82,889 82,890 82,891 82,892 82,893 82,894 82,895 82,896 82,897 82,898 82,899 82,900 2-467 82,914 82,915 82,916 82,917 82,918 82,919 82,920 82,921 82,922 82,923 82,924 82,925 2-468 82,939 82,940 82,941 82,942 82,943 82,944 82,945 82,946 82,947 82,948 82,949 82,950 2-469 82,964 82,965 82,966 82,967 82,968 82,969 82,970 82,971 82,972 82,973 82,974 82,975 2-470 82,989 82,990 82,991 82,992 82,993 82,994 82,995 82,996 82,997 82,998 82,999 83,000 2-471 83,014 83,015 83,016 83,017 83,018 83,019 83,020 83,021 83,022 83,023 83,024 83,025 2-472 83,039 83,040 83,041 83,042 83,043 83,044 83,045 83,046 83,047 83,048 83,049 83,050 2-473 83,064 83,065 83,066 83,067 83,068 83,069 83,070 83,071 83,072 83,073 83,074 83,075 2-474 83,089 83,090 83,091 83,092 83,093 83,094 83,095 83,096 83,097 83,098 83,099 83,100 2-475 83,114 83,115 83,116 83,117 83,118 83,119 83,120 83,121 83,122 83,123 83,124 83,125

TABLE 64 Compound represented by the formula (1) 1-176 1-177 1-178 1-179 1-180 1-181 1-182 1-183 1-184 1-185 1-186 1-187 1-188 Compound 2-1  83,126 83,127 83,128 83,129 83,130 83,131 83,132 83,133 83,134 83,135 83,136 83,137 83,138 represented 2-2  83,151 83,152 83,153 83,154 83,155 83,156 83,157 83,158 83,159 83,160 83,161 83,162 83,163 by the 2-3  83,176 83,177 83,178 83,179 83,180 83,181 83,182 83,183 83,184 83,185 83,186 83,187 83,188 formula (2) 2-4  83,201 83,202 83,203 83,204 83,205 83,206 83,207 83,208 83,209 83,210 83,211 83,212 83,213 2-5  83,226 83,227 83,228 83,229 83,230 83,231 83,232 83,233 83,234 83,235 83,236 83,237 83,238 2-6  83,251 83,252 83,253 83,254 83,255 83,256 83,257 83,258 83,259 83,260 83,261 83,262 83,263 2-7  83,276 83,277 83,278 83,279 83,280 83,281 83,282 83,283 83,284 83,285 83,286 83,287 83,288 2-8  83,301 83,302 83,303 83,304 83,305 83,306 83,307 83,308 83,309 83,310 83,311 83,312 83,313 2-9  83,326 83,327 83,328 83,329 83,330 83,331 83,332 83,333 83,334 83,335 83,336 83,337 83,338 2-10 83,351 83,352 83,353 83,354 83,355 83,356 83,357 83,358 83,359 83,360 83,361 83,362 83,363 2-11 83,376 83,377 83,378 83,379 83,380 83,381 83,382 83,383 83,384 83,385 83,386 83,387 83,388 2-12 83,401 83,402 83,403 83,404 83,405 83,406 83,407 83,408 83,409 83,410 83,411 83,412 83,413 2-13 83,426 83,427 83,428 83,429 83,430 83,431 83,432 83,433 83,434 83,435 83,436 83,437 83,438 2-14 83,451 83,452 83,453 83,454 83,455 83,456 83,457 83,458 83,459 83,460 83,461 83,462 83,463 2-15 83,476 83,477 83,478 83,479 83,480 83,481 83,482 83,483 83,484 83,485 83,486 83,487 83,488 2-16 83,501 83,502 83,503 83,504 83,505 83,506 83,507 83,508 83,509 83,510 83,511 83,512 83,513 2-17 83,526 83,527 83,528 83,529 83,530 83,531 83,532 83,533 83,534 83,535 83,536 83,537 83,538 2-18 83,551 83,552 83,553 83,554 83,555 83,556 83,557 83,558 83,559 83,560 83,561 83,562 83,563 2-19 83,576 83,577 83,578 83,579 83,580 83,581 83,582 83,583 83,584 83,585 83,586 83,587 83,588 2-20 83,601 83,602 83,603 83,604 83,605 83,606 83,607 83,608 83,609 83,610 83,611 83,612 83,613 2-21 83,626 83,627 83,628 83,629 83,630 83,631 83,632 83,633 83,634 83,635 83,636 83,637 83,638 2-22 83,651 83,652 83,653 83,654 83,655 83,656 83,657 83,658 83,659 83,660 83,661 83,662 83,663 2-23 83,676 83,677 83,678 83,679 83,680 83,681 83,682 83,683 83,684 83,685 83,686 83,687 83,688 2-24 83,701 83,702 83,703 83,704 83,705 83,706 83,707 83,708 83,709 83,710 83,711 83,712 83,713 2-25 83,726 83,727 83,728 83,729 83,730 83,731 83,732 83,733 83,734 83,735 83,736 83,737 83,738 2-26 83,751 83,752 83,753 83,754 83,755 83,756 83,757 83,758 83,759 83,760 83,761 83,762 83,763 2-27 83,776 83,777 83,778 83,779 83,780 83,781 83,782 83,783 83,784 83,785 83,786 83,787 83,788 2-28 83,801 83,802 83,803 83,804 83,805 83,806 83,807 83,808 83,809 83,810 83,811 83,812 83,813 2-29 83,826 83,827 83,828 83,829 83,830 83,831 83,832 83,833 83,834 83,835 83,836 83,837 83,838 2-30 83,851 83,852 83,853 83,854 83,855 83,856 83,857 83,858 83,859 83,860 83,861 83,862 83,863 2-31 83,876 83,877 83,878 83,879 83,880 83,881 83,882 83,883 83,884 83,885 83,886 83,887 83,888 2-32 83,901 83,902 83,903 83,904 83,905 83,906 83,907 83,908 83,909 83,910 83,911 83,912 83,913 2-33 83,926 83,927 83,928 83,929 83,930 83,931 83,932 83,933 83,934 83,935 83,936 83,937 83,938 2-34 83,951 83,952 83,953 83,954 83,955 83,956 83,957 83,958 83,959 83,960 83,961 83,962 83,963 2-35 83,976 83,977 83,978 83,979 83,980 83,981 83,982 83,983 83,984 83,985 83,986 83,987 83,988 2-36 84,001 84,002 84,003 84,004 84,005 84,006 84,007 84,008 84,009 84,010 84,011 84,012 84,013 2-37 84,026 84,027 84,028 84,029 84,030 84,031 84,032 84,033 84,034 84,035 84,036 84,037 84,038 2-38 84,051 84,052 84,053 84,054 84,055 84,056 84,057 84,058 84,059 84,060 84,061 84,062 84,063 2-39 84,076 84,077 84,078 84,079 84,080 84,081 84,082 84,083 84,084 84,085 84,086 84,087 84,088 2-40 84,101 84,102 84,103 84,104 84,105 84,106 84,107 84,108 84,109 84,110 84,111 84,112 84,113 2-41 84,126 84,127 84,128 84,129 84,130 84,131 84,132 84,133 84,134 84,135 84,136 84,137 84,138 2-42 84,151 84,152 84,153 84,154 84,155 84,156 84,157 84,158 84,159 84,160 84,161 84,162 84,163 2-43 84,176 84,177 84,178 84,179 84,180 84,181 84,182 84,183 84,184 84,185 84,186 84,187 84,188 2-44 84,201 84,202 84,203 84,204 84,205 84,206 84,207 84,208 84,209 84,210 84,211 84,212 84,213 2-45 84,226 84,227 84,228 84,229 84,230 84,231 84,232 84,233 84,234 84,235 84,236 84,237 84,238 2-46 84,251 84,252 84,253 84,254 84,255 84,256 84,257 84,258 84,259 84,260 84,261 84,262 84,263 2-47 84,276 84,277 84,278 84,279 84,280 84,281 84,282 84,283 84,284 84,285 84,286 84,287 84,288 2-48 84,301 84,302 84,303 84,304 84,305 84,306 84,307 84,308 84,309 84,310 84,311 84,312 84,313 2-49 84,326 84,327 84,328 84,329 84,330 84,331 84,332 84,333 84,334 84,335 84,336 84,337 84,338 2-50 84,351 84,352 84,353 84,354 84,355 84,356 84,357 84,358 84,359 84,360 84,361 84,362 84,363 2-51 84,376 84,377 84,378 84,379 84,380 84,381 84,382 84,383 84,384 84,385 84,386 84,387 84,388 2-52 84,401 84,402 84,403 84,404 84,405 84,406 84,407 84,408 84,409 84,410 84,411 84,412 84,413 2-53 84,426 84,427 84,428 84,429 84,430 84,431 84,432 84,433 84,434 84,435 84,436 84,437 84,438 2-54 84,451 84,452 84,453 84,454 84,455 84,456 84,457 84,458 84,459 84,460 84,461 84,462 84,463 2-55 84,476 84,477 84,478 84,479 84,480 84,481 84,482 84,483 84,484 84,485 84,486 84,487 84,488 Compound represented by the formula (1) 1-189 1-190 1-191 1-192 1-193 1-194 1-195 1-196 1-197 1-198 1-199 1-200 Compound 2-1  83,139 83,140 83,141 83,142 83,143 83,144 83,145 83,146 83,147 83,148 83,149 83,150 represented 2-2  83,164 83,165 83,166 83,167 83,168 83,169 83,170 83,171 83,172 83,173 83,174 83,175 by the 2-3  83,189 83,190 83,191 83,192 83,193 83,194 83,195 83,196 83,197 83,198 83,199 83,200 formula (2) 2-4  83,214 83,215 83,216 83,217 83,218 83,219 83,220 83,221 83,222 83,223 83,224 83,225 2-5  83,239 83,240 83,241 83,242 83,243 83,244 83,245 83,246 83,247 83,248 83,249 83,250 2-6  83,264 83,265 83,266 83,267 83,268 83,269 83,270 83,271 83,272 83,273 83,274 83,275 2-7  83,289 83,290 83,291 83,292 83,293 83,294 83,295 83,296 83,297 83,298 83,299 83,300 2-8  83,314 83,315 83,316 83,317 83,318 83,319 83,320 83,321 83,322 83,323 83,324 83,325 2-9  83,339 83,340 83,341 83,342 83,343 83,344 83,345 83,346 83,347 83,348 83,349 83,350 2-10 83,364 83,365 83,366 83,367 83,368 83,369 83,370 83,371 83,372 83,373 83,374 83,375 2-11 83,389 83,390 83,391 83,392 83,393 83,394 83,395 83,396 83,397 83,398 83,399 83,400 2-12 83,414 83,415 83,416 83,417 83,418 83,419 83,420 83,421 83,422 83,423 83,424 83,425 2-13 83,439 83,440 83,441 83,442 83,443 83,444 83,445 83,446 83,447 83,448 83,449 83,450 2-14 83,464 83,465 83,466 83,467 83,468 83,469 83,470 83,471 83,472 83,473 83,474 83,475 2-15 83,489 83,490 83,491 83,492 83,493 83,494 83,495 83,496 83,497 83,498 83,499 83,500 2-16 83,514 83,515 83,516 83,517 83,518 83,519 83,520 83,521 83,522 83,523 83,524 83,525 2-17 83,539 83,540 83,541 83,542 83,543 83,544 83,545 83,546 83,547 83,548 83,549 83,550 2-18 83,564 83,565 83,566 83,567 83,568 83,569 83,570 83,571 83,572 83,573 83,574 83,575 2-19 83,589 83,590 83,591 83,592 83,593 83,594 83,595 83,596 83,597 83,598 83,599 83,600 2-20 83,614 83,615 83,616 83,617 83,618 83,619 83,620 83,621 83,622 83,623 83,624 83,625 2-21 83,639 83,640 83,641 83,642 83,643 83,644 83,645 83,646 83,647 83,648 83,649 83,650 2-22 83,664 83,665 83,666 83,667 83,668 83,669 83,670 83,671 83,672 83,673 83,674 83,675 2-23 83,689 83,690 83,691 83,692 83,693 83,694 83,695 83,696 83,697 83,698 83,699 83,700 2-24 83,714 83,715 83,716 83,717 83,718 83,719 83,720 83,721 83,722 83,723 83,724 83,725 2-25 83,739 83,740 83,741 83,742 83,743 83,744 83,745 83,746 83,747 83,748 83,749 83,750 2-26 83,764 83,765 83,766 83,767 83,768 83,769 83,770 83,771 83,772 83,773 83,774 83,775 2-27 83,789 83,790 83,791 83,792 83,793 83,794 83,795 83,796 83,797 83,798 83,799 83,800 2-28 83,814 83,815 83,816 83,817 83,818 83,819 83,820 83,821 83,822 83,823 83,824 83,825 2-29 83,839 83,840 83,841 83,842 83,843 83,844 83,845 83,846 83,847 83,848 83,849 83,850 2-30 83,864 83,865 83,866 83,867 83,868 83,869 83,870 83,871 83,872 83,873 83,874 83,875 2-31 83,889 83,890 83,891 83,892 83,893 83,894 83,895 83,896 83,897 83,898 83,899 83,900 2-32 83,914 83,915 83,916 83,917 83,918 83,919 83,920 83,921 83,922 83,923 83,924 83,925 2-33 83,939 83,940 83,941 83,942 83,943 83,944 83,945 83,946 83,947 83,948 83,949 83,950 2-34 83,964 83,965 83,966 83,967 83,968 83,969 83,970 83,971 83,972 83,973 83,974 83,975 2-35 83,989 83,990 83,991 83,992 83,993 83,994 83,995 83,996 83,997 83,998 83,999 84,000 2-36 84,014 84,015 84,016 84,017 84,018 84,019 84,020 84,021 84,022 84,023 84,024 84,025 2-37 84,039 84,040 84,041 84,042 84,043 84,044 84,045 84,046 84,047 84,048 84,049 84,050 2-38 84,064 84,065 84,066 84,067 84,068 84,069 84,070 84,071 84,072 84,073 84,074 84,075 2-39 84,089 84,090 84,091 84,092 84,093 84,094 84,095 84,096 84,097 84,098 84,099 84,100 2-40 84,114 84,115 84,116 84,117 84,118 84,119 84,120 84,121 84,122 84,123 84,124 84,125 2-41 84,139 84,140 84,141 84,142 84,143 84,144 84,145 84,146 84,147 84,148 84,149 84,150 2-42 84,164 84,165 84,166 84,167 84,168 84,169 84,170 84,171 84,172 84,173 84,174 84,175 2-43 84,189 84,190 84,191 84,192 84,193 84,194 84,195 84,196 84,197 84,198 84,199 84,200 2-44 84,214 84,215 84,216 84,217 84,218 84,219 84,220 84,221 84,222 84,223 84,224 84,225 2-45 84,239 84,240 84,241 84,242 84,243 84,244 84,245 84,246 84,247 84,248 84,249 84,250 2-46 84,264 84,265 84,266 84,267 84,268 84,269 84,270 84,271 84,272 84,273 84,274 84,275 2-47 84,289 84,290 84,291 84,292 84,293 84,294 84,295 84,296 84,297 84,298 84,299 84,300 2-48 84,314 84,315 84,316 84,317 84,318 84,319 84,320 84,321 84,322 84,323 84,324 84,325 2-49 84,339 84,340 84,341 84,342 84,343 84,344 84,345 84,346 84,347 84,348 84,349 84,350 2-50 84,364 84,365 84,366 84,367 84,368 84,369 84,370 84,371 84,372 84,373 84,374 84,375 2-51 84,389 84,390 84,391 84,392 84,393 84,394 84,395 84,396 84,397 84,398 84,399 84,400 2-52 84,414 84,415 84,416 84,417 84,418 84,419 84,420 84,421 84,422 84,423 84,424 84,425 2-53 84,439 84,440 84,441 84,442 84,443 84,444 84,445 84,446 84,447 84,448 84,449 84,450 2-54 84,464 84,465 84,466 84,467 84,468 84,469 84,470 84,471 84,472 84,473 84,474 84,475 2-55 84,489 84,490 84,491 84,492 84,493 84,494 84,495 84,496 84,497 84,498 84,499 84,500

TABLE 65 Compound represented by the formula (1) 1-176 1-177 1-178 1-179 1-180 1-181 1-182 1-183 1-184 1-185 1-186 1-187 1-188 Compound 2-56 84,501 84,502 84,503 84,504 84,505 84,506 84,507 84,508 84,509 84,510 84,511 84,512 84,513 represented 2-57 84,526 84,527 84,528 84,529 84,530 84,531 84,532 84,533 84,534 84,535 84,536 84,537 84,538 by the 2-58 84,551 84,552 84,553 84,554 84,555 84,556 84,557 84,558 84,559 84,560 84,561 84,562 84,563 formula (2) 2-59 84,576 84,577 84,578 84,579 84,580 84,581 84,582 84,583 84,584 84,585 84,586 84,587 84,588 2-60 84,601 84,602 84,603 84,604 84,605 84,606 84,607 84,608 84,609 84,610 84,611 84,612 84,613 2-61 84,626 84,627 84,628 84,629 84,630 84,631 84,632 84,633 84,634 84,635 84,636 84,637 84,638 2-62 84,651 84,652 84,653 84,654 84,655 84,656 84,657 84,658 84,659 84,660 84,661 84,662 84,663 2-63 84,676 84,677 84,678 84,679 84,680 84,681 84,682 84,683 84,684 84,685 84,686 84,687 84,688 2-64 84,701 84,702 84,703 84,704 84,705 84,706 84,707 84,708 84,709 84,710 84,711 84,712 84,713 2-65 84,726 84,727 84,728 84,729 84,730 84,731 84,732 84,733 84,734 84,735 84,736 84,737 84,738 2-66 84,751 84,752 84,753 84,754 84,755 84,756 84,757 84,758 84,759 84,760 84,761 84,762 84,763 2-67 84,776 84,777 84,778 84,779 84,780 84,781 84,782 84,783 84,784 84,785 84,786 84,787 84,788 2-68 84,801 84,802 84,803 84,804 84,805 84,806 84,807 84,808 84,809 84,810 84,811 84,812 84,813 2-69 84,826 84,827 84,828 84,829 84,830 84,831 84,832 84,833 84,834 84,835 84,836 84,837 84,838 2-70 84,851 84,852 84,853 84,854 84,855 84,856 84,857 84,858 84,859 84,860 84,861 84,862 84,863 2-71 84,876 84,877 84,878 84,879 84,880 84,881 84,882 84,883 84,884 84,885 84,886 84,887 84,888 2-72 84,901 84,902 84,903 84,904 84,905 84,906 84,907 84,908 84,909 84,910 84,911 84,912 84,913 2-73 84,926 84,927 84,928 84,929 84,930 84,931 84,932 84,933 84,934 84,935 84,936 84,937 84,938 2-74 84,951 84,952 84,953 84,954 84,955 84,956 84,957 84,958 84,959 84,960 84,961 84,962 84,963 2-75 84,976 84,977 84,978 84,979 84,980 84,981 84,982 84,983 84,984 84,985 84,986 84,987 84,988 2-76 85,001 85,002 85,003 85,004 85,005 85,006 85,007 85,008 85,009 85,010 85,011 85,012 85,013 2-77 85,026 85,027 85,028 85,029 85,030 85,031 85,032 85,033 85,034 85,035 85,036 85,037 85,038 2-78 85,051 85,052 85,053 85,054 85,055 85,056 85,057 85,058 85,059 85,060 85,061 85,062 85,063 2-79 85,076 85,077 85,078 85,079 85,080 85,081 85,082 85,083 85,084 85,085 85,086 85,087 85,088 2-80 85,101 85,102 85,103 85,104 85,105 85,106 85,107 85,108 85,109 85,110 85,111 85,112 85,113 2-81 85,126 85,127 85,128 85,129 85,130 85,131 85,132 85,133 85,134 85,135 85,136 85,137 85,138 2-82 85,151 85,152 85,153 85,154 85,155 85,156 85,157 85,158 85,159 85,160 85,161 85,162 85,163 2-83 85,176 85,177 85,178 85,179 85,180 85,181 85,182 85,183 85,184 85,185 85,186 85,187 85,188 2-84 85,201 85,202 85,203 85,204 85,205 85,206 85,207 85,208 85,209 85,210 85,211 85,212 85,213 2-85 85,226 85,227 85,228 85,229 85,230 85,231 85,232 85,233 85,234 85,235 85,236 85,237 85,238 2-86 85,251 85,252 85,253 85,254 85,255 85,256 85,257 85,258 85,259 85,260 85,261 85,262 85,263 2-87 85,276 85,277 85,278 85,279 85,280 85,281 85,282 85,283 85,284 85,285 85,286 85,287 85,288 2-88 85,301 85,302 85,303 85,304 85,305 85,306 85,307 85,308 85,309 85,310 85,311 85,312 85,313 2-89 85,326 85,327 85,328 85,329 85,330 85,331 85,332 85,333 85,334 85,335 85,336 85,337 85,338 2-90 85,351 85,352 85,353 85,354 85,355 85,356 85,357 85,358 85,359 85,360 85,361 85,362 85,363 2-91 85,376 85,377 85,378 85,379 85,380 85,381 85,382 85,383 85,384 85,385 85,386 85,387 85,388 2-92 85,401 85,402 85,403 85,404 85,405 85,406 85,407 85,408 85,409 85,410 85,411 85,412 85,413 2-93 85,426 85,427 85,428 85,429 85,430 85,431 85,432 85,433 85,434 85,435 85,436 85,437 85,438 2-94 85,451 85,452 85,453 85,454 85,455 85,456 85,457 85,458 85,459 85,460 85,461 85,462 85,463 2-95 85,476 85,477 85,478 85,479 85,480 85,481 85,482 85,483 85,484 85,485 85,486 85,487 85,488 2-96 85,501 85,502 85,503 85,504 85,505 85,506 85,507 85,508 85,509 85,510 85,511 85,512 85,513 2-97 85,526 85,527 85,528 85,529 85,530 85,531 85,532 85,533 85,534 85,535 85,536 85,537 85,538 2-98 85,551 85,552 85,553 85,554 85,555 85,556 85,557 85,558 85,559 85,560 85,561 85,562 85,563 2-99 85,576 85,577 85,578 85,579 85,580 85,581 85,582 85,583 85,584 85,585 85,586 85,587 85,588  2-100 85,601 85,602 85,603 85,604 85,605 85,606 85,607 85,608 85,609 85,610 85,611 85,612 85,613  2-101 85,626 85,627 85,628 85,629 85,630 85,631 85,632 85,633 85,634 85,635 85,636 85,637 85,638  2-102 85,651 85,652 85,653 85,654 85,655 85,656 85,657 85,658 85,659 85,660 85,661 85,662 85,663  2-103 85,676 85,677 85,678 85,679 85,680 85,681 85,682 85,683 85,684 85,685 85,686 85,687 85,688  2-104 85,701 85,702 85,703 85,704 85,705 85,706 85,707 85,708 85,709 85,710 85,711 85,712 85,713  2-105 85,726 85,727 85,728 85,729 85,730 85,731 85,732 85,733 85,734 85,735 85,736 85,737 85,738  2-106 85,751 85,752 85,753 85,754 85,755 85,756 85,757 85,758 85,759 85,760 85,761 85,762 85,763  2-107 85,776 85,777 85,778 85,779 85,780 85,781 85,782 85,783 85,784 85,785 85,786 85,787 85,788  2-108 85,801 85,802 85,803 85,804 85,805 85,806 85,807 85,808 85,809 85,810 85,811 85,812 85,813  2-109 85,826 85,827 85,828 85,829 85,830 85,831 85,832 85,833 85,834 85,835 85,836 85,837 85,838  2-110 85,851 85,852 85,853 85,854 85,855 85,856 85,857 85,858 85,859 85,860 85,861 85,862 85,863 Compound represented by the formula (1) 1-189 1-190 1-191 1-192 1-193 1-194 1-195 1-196 1-197 1-198 1-199 1-200 Compound 2-56 84,514 84,515 84,516 84,517 84,518 84,519 84,520 84,521 84,522 84,523 84,524 84,525 represented 2-57 84,539 84,540 84,541 84,542 84,543 84,544 84,545 84,546 84,547 84,548 84,549 84,550 by the 2-58 84,564 84,565 84,566 84,567 84,568 84,569 84,570 84,571 84,572 84,573 84,574 84,575 formula (2) 2-59 84,589 84,590 84,591 84,592 84,593 84,594 84,595 84,596 84,597 84,598 84,599 84,600 2-60 84,614 84,615 84,616 84,617 84,618 84,619 84,620 84,621 84,622 84,623 84,624 84,625 2-61 84,639 84,640 84,641 84,642 84,643 84,644 84,645 84,646 84,647 84,648 84,649 84,650 2-62 84,664 84,665 84,666 84,667 84,668 84,669 84,670 84,671 84,672 84,673 84,674 84,675 2-63 84,689 84,690 84,691 84,692 84,693 84,694 84,695 84,696 84,697 84,698 84,699 84,700 2-64 84,714 84,715 84,716 84,717 84,718 84,719 84,720 84,721 84,722 84,723 84,724 84,725 2-65 84,739 84,740 84,741 84,742 84,743 84,744 84,745 84,746 84,747 84,748 84,749 84,750 2-66 84,764 84,765 84,766 84,767 84,768 84,769 84,770 84,771 84,772 84,773 84,774 84,775 2-67 84,789 84,790 84,791 84,792 84,793 84,794 84,795 84,796 84,797 84,798 84,799 84,800 2-68 84,814 84,815 84,816 84,817 84,818 84,819 84,820 84,821 84,822 84,823 84,824 84,825 2-69 84,839 84,840 84,841 84,842 84,843 84,844 84,845 84,846 84,847 84,848 84,849 84,850 2-70 84,864 84,865 84,866 84,867 84,868 84,869 84,870 84,871 84,872 84,873 84,874 84,875 2-71 84,889 84,890 84,891 84,892 84,893 84,894 84,895 84,896 84,897 84,898 84,899 84,900 2-72 84,914 84,915 84,916 84,917 84,918 84,919 84,920 84,921 84,922 84,923 84,924 84,925 2-73 84,939 84,940 84,941 84,942 84,943 84,944 84,945 84,946 84,947 84,948 84,949 84,950 2-74 84,964 84,965 84,966 84,967 84,968 84,969 84,970 84,971 84,972 84,973 84,974 84,975 2-75 84,989 84,990 84,991 84,992 84,993 84,994 84,995 84,996 84,997 84,998 84,999 85,000 2-76 85,014 85,015 85,016 85,017 85,018 85,019 85,020 85,021 85,022 85,023 85,024 85,025 2-77 85,039 85,040 85,041 85,042 85,043 85,044 85,045 85,046 85,047 85,048 85,049 85,050 2-78 85,064 85,065 85,066 85,067 85,068 85,069 85,070 85,071 85,072 85,073 85,074 85,075 2-79 85,089 85,090 85,091 85,092 85,093 85,094 85,095 85,096 85,097 85,098 85,099 85,100 2-80 85,114 85,115 85,116 85,117 85,118 85,119 85,120 85,121 85,122 85,123 85,124 85,125 2-81 85,139 85,140 85,141 85,142 85,143 85,144 85,145 85,146 85,147 85,148 85,149 85,150 2-82 85,164 85,165 85,166 85,167 85,168 85,169 85,170 85,171 85,172 85,173 85,174 85,175 2-83 85,189 85,190 85,191 85,192 85,193 85,194 85,195 85,196 85,197 85,198 85,199 85,200 2-84 85,214 85,215 85,216 85,217 85,218 85,219 85,220 85,221 85,222 85,223 85,224 85,225 2-85 85,239 85,240 85,241 85,242 85,243 85,244 85,245 85,246 85,247 85,248 85,249 85,250 2-86 85,264 85,265 85,266 85,267 85,268 85,269 85,270 85,271 85,272 85,273 85,274 85,275 2-87 85,289 85,290 85,291 85,292 85,293 85,294 85,295 85,296 85,297 85,298 85,299 85,300 2-88 85,314 85,315 85,316 85,317 85,318 85,319 85,320 85,321 85,322 85,323 85,324 85,325 2-89 85,339 85,340 85,341 85,342 85,343 85,344 85,345 85,346 85,347 85,348 85,349 85,350 2-90 85,364 85,365 85,366 85,367 85,368 85,369 85,370 85,371 85,372 85,373 85,374 85,375 2-91 85,389 85,390 85,391 85,392 85,393 85,394 85,395 85,396 85,397 85,398 85,399 85,400 2-92 85,414 85,415 85,416 85,417 85,418 85,419 85,420 85,421 85,422 85,423 85,424 85,425 2-93 85,439 85,440 85,441 85,442 85,443 85,444 85,445 85,446 85,447 85,448 85,449 85,450 2-94 85,464 85,465 85,466 85,467 85,468 85,469 85,470 85,471 85,472 85,473 85,474 85,475 2-95 85,489 85,490 85,491 85,492 85,493 85,494 85,495 85,496 85,497 85,498 85,499 85,500 2-96 85,514 85,515 85,516 85,517 85,518 85,519 85,520 85,521 85,522 85,523 85,524 85,525 2-97 85,539 85,540 85,541 85,542 85,543 85,544 85,545 85,546 85,547 85,548 85,549 85,550 2-98 85,564 85,565 85,566 85,567 85,568 85,569 85,570 85,571 85,572 85,573 85,574 85,575 2-99 85,589 85,590 85,591 85,592 85,593 85,594 85,595 85,596 85,597 85,598 85,599 85,600  2-100 85,614 85,615 85,616 85,617 85,618 85,619 85,620 85,621 85,622 85,623 85,624 85,625  2-101 85,639 85,640 85,641 85,642 85,643 85,644 85,645 85,646 85,647 85,648 85,649 85,650  2-102 85,664 85,665 85,666 85,667 85,668 85,669 85,670 85,671 85,672 85,673 85,674 85,675  2-103 85,689 85,690 85,691 85,692 85,693 85,694 85,695 85,696 85,697 85,698 85,699 85,700  2-104 85,714 85,715 85,716 85,717 85,718 85,719 85,720 85,721 85,722 85,723 85,724 85,725  2-105 85,739 85,740 85,741 85,742 85,743 85,744 85,745 85,746 85,747 85,748 85,749 85,750  2-106 85,764 85,765 85,766 85,767 85,768 85,769 85,770 85,771 85,772 85,773 85,774 85,775  2-107 85,789 85,790 85,791 85,792 85,793 85,794 85,795 85,796 85,797 85,798 85,799 85,800  2-108 85,814 85,815 85,816 85,817 85,818 85,819 85,820 85,821 85,822 85,823 85,824 85,825  2-109 85,839 85,840 85,841 85,842 85,843 85,844 85,845 85,846 85,847 85,848 85,849 85,850  2-110 85,864 85,865 85,866 85,867 85,868 85,869 85,870 85,871 85,872 85,873 85,874 85,875

TABLE 66 Compound represented by the formula (1) 1-176 1-177 1-178 1-179 1-180 1-181 1-182 1-183 1-184 1-185 1-186 1-187 1-188 Compound 2-111 85,876 85,877 85,878 85,879 85,880 85,881 85,882 85,883 85,884 85,885 85,886 85,887 85,888 represented 2-112 85,901 85,902 85,903 85,904 85,905 85,906 85,907 85,908 85,909 85,910 85,911 85,912 85,913 by the 2-113 85,926 85,927 85,928 85,929 85,930 85,931 85,932 85,933 85,934 85,935 85,936 85,937 85,938 formula (2) 2-114 85,951 85,952 85,953 85,954 85,955 85,956 85,957 85,958 85,959 85,960 85,961 85,962 85,963 2-115 85,976 85,977 85,978 85,979 85,980 85,981 85,982 85,983 85,984 85,985 85,986 85,987 85,988 2-116 86,001 86,002 86,003 86,004 86,005 86,006 86,007 86,008 86,009 86,010 86,011 86,012 86,013 2-117 86,026 86,027 86,028 86,029 86,030 86,031 86,032 86,033 86,034 86,035 86,036 86,037 86,038 2-118 86,051 86,052 86,053 86,054 86,055 86,056 86,057 86,058 86,059 86,060 86,061 86,062 86,063 2-119 86,076 86,077 86,078 86,079 86,080 86,081 86,082 86,083 86,084 86,085 86,086 86,087 86,088 2-120 86,101 86,102 86,103 86,104 86,105 86,106 86,107 86,108 86,109 86,110 86,111 86,112 86,113 2-121 86,126 86,127 86,128 86,129 86,130 86,131 86,132 86,133 86,134 86,135 86,136 86,137 86,138 2-122 86,151 86,152 86,153 86,154 86,155 86,156 86,157 86,158 86,159 86,160 86,161 86,162 86,163 2-123 86,176 86,177 86,178 86,179 86,180 86,181 86,182 86,183 86,184 86,185 86,186 86,187 86,188 2-124 86,201 86,202 86,203 86,204 86,205 86,206 86,207 86,208 86,209 86,210 86,211 86,212 86,213 2-125 86,226 86,227 86,228 86,229 86,230 86,231 86,232 86,233 86,234 86,235 86,236 86,237 86,238 2-126 86,251 86,252 86,253 86,254 86,255 86,256 86,257 86,258 86,259 86,260 86,261 86,262 86,263 2-127 86,276 86,277 86,278 86,279 86,280 86,281 86,282 86,283 86,284 86,285 86,286 86,287 86,288 2-128 86,301 86,302 86,303 86,304 86,305 86,306 86,307 86,308 86,309 86,310 86,311 86,312 86,313 2-129 86,326 86,327 86,328 86,329 86,330 86,331 86,332 86,333 86,334 86,335 86,336 86,337 86,338 2-130 86,351 86,352 86,353 86,354 86,355 86,356 86,357 86,358 86,359 86,360 86,361 86,362 86,363 2-131 86,376 86,377 86,378 86,379 86,380 86,381 86,382 86,383 86,384 86,385 86,386 86,387 86,388 2-132 86,401 86,402 86,403 86,404 86,405 86,406 86,407 86,408 86,409 86,410 86,411 86,412 86,413 2-133 86,426 86,427 86,428 86,429 86,430 86,431 86,432 86,433 86,434 86,435 86,436 86,437 86,438 2-134 86,451 86,452 86,453 86,454 86,455 86,456 86,457 86,458 86,459 86,460 86,461 86,462 86,463 2-135 86,476 86,477 86,478 86,479 86,480 86,481 86,482 86,483 86,484 86,485 86,486 86,487 86,488 2-136 86,501 86,502 86,503 86,504 86,505 86,506 86,507 86,508 86,509 86,510 86,511 86,512 86,513 2-137 86,526 86,527 86,528 86,529 86,530 86,531 86,532 86,533 86,534 86,535 86,536 86,537 86,538 2-138 86,551 86,552 86,553 86,554 86,555 86,556 86,557 86,558 86,559 86,560 86,561 86,562 86,563 2-139 86,576 86,577 86,578 86,579 86,580 86,581 86,582 86,583 86,584 86,585 86,586 86,587 86,588 2-140 86,601 86,602 86,603 86,604 86,605 86,606 86,607 86,608 86,609 86,610 86,611 86,612 86,613 2-141 86,626 86,627 86,628 86,629 86,630 86,631 86,632 86,633 86,634 86,635 86,636 86,637 86,638 2-142 86,651 86,652 86,653 86,654 86,655 86,656 86,657 86,658 86,659 86,660 86,661 86,662 86,663 2-143 86,676 86,677 86,678 86,679 86,680 86,681 86,682 86,683 86,684 86,685 86,686 86,687 86,688 2-144 86,701 86,702 86,703 86,704 86,705 86,706 86,707 86,708 86,709 86,710 86,711 86,712 86,713 2-145 86,726 86,727 86,728 86,729 86,730 86,731 86,732 86,733 86,734 86,735 86,736 86,737 86,738 2-146 86,751 86,752 86,753 86,754 86,755 86,756 86,757 86,758 86,759 86,760 86,761 86,762 86,763 2-147 86,776 86,777 86,778 86,779 86,780 86,781 86,782 86,783 86,784 86,785 86,786 86,787 86,788 2-148 86,801 86,802 86,803 86,804 86,805 86,806 86,807 86,808 86,809 86,810 86,811 86,812 86,813 2-149 86,826 86,827 86,828 86,829 86,830 86,831 86,832 86,833 86,834 86,835 86,836 86,837 86,838 2-150 86,851 86,852 86,853 86,854 86,855 86,856 86,857 86,858 86,859 86,860 86,861 86,862 86,863 2-151 86,876 86,877 86,878 86,879 86,880 86,881 86,882 86,883 86,884 86,885 86,886 86,887 86,888 2-152 86,901 86,902 86,903 86,904 86,905 86,906 86,907 86,908 86,909 86,910 86,911 86,912 86,913 2-153 86,926 86,927 86,928 86,929 86,930 86,931 86,932 86,933 86,934 86,935 86,936 86,937 86,938 2-154 86,951 86,952 86,953 86,954 86,955 86,956 86,957 86,958 86,959 86,960 86,961 86,962 86,963 2-155 86,976 86,977 86,978 86,979 86,980 86,981 86,982 86,983 86,984 86,985 86,986 86,987 86,988 2-156 87,001 87,002 87,003 87,004 87,005 87,006 87,007 87,008 87,009 87,010 87,011 87,012 87,013 2-157 87,026 87,027 87,028 87,029 87,030 87,031 87,032 87,033 87,034 87,035 87,036 87,037 87,038 2-158 87,051 87,052 87,053 87,054 87,055 87,056 87,057 87,058 87,059 87,060 87,061 87,062 87,063 2-159 87,076 87,077 87,078 87,079 87,080 87,081 87,082 87,083 87,084 87,085 87,086 87,087 87,088 2-160 87,101 87,102 87,103 87,104 87,105 87,106 87,107 87,108 87,109 87,110 87,111 87,112 87,113 2-161 87,126 87,127 87,128 87,129 87,130 87,131 87,132 87,133 87,134 87,135 87,136 87,137 87,138 2-162 87,151 87,152 87,153 87,154 87,155 87,156 87,157 87,158 87,159 87,160 87,161 87,162 87,163 2-163 87,176 87,177 87,178 87,179 87,180 87,181 87,182 87,183 87,184 87,185 87,186 87,187 87,188 2-164 87,201 87,202 87,203 87,204 87,205 87,206 87,207 87,208 87,209 87,210 87,211 87,212 87,213 2-165 87,226 87,227 87,228 87,229 87,230 87,231 87,232 87,233 87,234 87,235 87,236 87,237 87,238 Compound represented by the formula (1) 1-189 1-190 1-191 1-192 1-193 1-194 1-195 1-196 1-197 1-198 1-199 1-200 Compound 2-111 85,889 85,890 85,891 85,892 85,893 85,894 85,895 85,896 85,897 85,898 85,899 85,900 represented 2-112 85,914 85,915 85,916 85,917 85,918 85,919 85,920 85,921 85,922 85,923 85,924 85,925 by the 2-113 85,939 85,940 85,941 85,942 85,943 85,944 85,945 85,946 85,947 85,948 85,949 85,950 formula (2) 2-114 85,964 85,965 85,966 85,967 85,968 85,969 85,970 85,971 85,972 85,973 85,974 85,975 2-115 85,989 85,990 85,991 85,992 85,993 85,994 85,995 85,996 85,997 85,998 85,999 86,000 2-116 86,014 86,015 86,016 86,017 86,018 86,019 86,020 86,021 86,022 86,023 86,024 86,025 2-117 86,039 86,040 86,041 86,042 86,043 86,044 86,045 86,046 86,047 86,048 86,049 86,050 2-118 86,064 86,065 86,066 86,067 86,068 86,069 86,070 86,071 86,072 86,073 86,074 86,075 2-119 86,089 86,090 86,091 86,092 86,093 86,094 86,095 86,096 86,097 86,098 86,099 86,100 2-120 86,114 86,115 86,116 86,117 86,118 86,119 86,120 86,121 86,122 86,123 86,124 86,125 2-121 86,139 86,140 86,141 86,142 86,143 86,144 86,145 86,146 86,147 86,148 86,149 86,150 2-122 86,164 86,165 86,166 86,167 86,168 86,169 86,170 86,171 86,172 86,173 86,174 86,175 2-123 86,189 86,190 86,191 86,192 86,193 86,194 86,195 86,196 86,197 86,198 86,199 86,200 2-124 86,214 86,215 86,216 86,217 86,218 86,219 86,220 86,221 86,222 86,223 86,224 86,225 2-125 86,239 86,240 86,241 86,242 86,243 86,244 86,245 86,246 86,247 86,248 86,249 86,250 2-126 86,264 86,265 86,266 86,267 86,268 86,269 86,270 86,271 86,272 86,273 86,274 86,275 2-127 86,289 86,290 86,291 86,292 86,293 86,294 86,295 86,296 86,297 86,298 86,299 86,300 2-128 86,314 86,315 86,316 86,317 86,318 86,319 86,320 86,321 86,322 86,323 86,324 86,325 2-129 86,339 86,340 86,341 86,342 86,343 86,344 86,345 86,346 86,347 86,348 86,349 86,350 2-130 86,364 86,365 86,366 86,367 86,368 86,369 86,370 86,371 86,372 86,373 86,374 86,375 2-131 86,389 86,390 86,391 86,392 86,393 86,394 86,395 86,396 86,397 86,398 86,399 86,400 2-132 86,414 86,415 86,416 86,417 86,418 86,419 86,420 86,421 86,422 86,423 86,424 86,425 2-133 86,439 86,440 86,441 86,442 86,443 86,444 86,445 86,446 86,447 86,448 86,449 86,450 2-134 86,464 86,465 86,466 86,467 86,468 86,469 86,470 86,471 86,472 86,473 86,474 86,475 2-135 86,489 86,490 86,491 86,492 86,493 86,494 86,495 86,496 86,497 86,498 86,499 86,500 2-136 86,514 86,515 86,516 86,517 86,518 86,519 86,520 86,521 86,522 86,523 86,524 86,525 2-137 86,539 86,540 86,541 86,542 86,543 86,544 86,545 86,546 86,547 86,548 86,549 86,550 2-138 86,564 86,565 86,566 86,567 86,568 86,569 86,570 86,571 86,572 86,573 86,574 86,575 2-139 86,589 86,590 86,591 86,592 86,593 86,594 86,595 86,596 86,597 86,598 86,599 86,600 2-140 86,614 86,615 86,616 86,617 86,618 86,619 86,620 86,621 86,622 86,623 86,624 86,625 2-141 86,639 86,640 86,641 86,642 86,643 86,644 86,645 86,646 86,647 86,648 86,649 86,650 2-142 86,664 86,665 86,666 86,667 86,668 86,669 86,670 86,671 86,672 86,673 86,674 86,675 2-143 86,689 86,690 86,691 86,692 86,693 86,694 86,695 86,696 86,697 86,698 86,699 86,700 2-144 86,714 86,715 86,716 86,717 86,718 86,719 86,720 86,721 86,722 86,723 86,724 86,725 2-145 86,739 86,740 86,741 86,742 86,743 86,744 86,745 86,746 86,747 86,748 86,749 86,750 2-146 86,764 86,765 86,766 86,767 86,768 86,769 86,770 86,771 86,772 86,773 86,774 86,775 2-147 86,789 86,790 86,791 86,792 86,793 86,794 86,795 86,796 86,797 86,798 86,799 86,800 2-148 86,814 86,815 86,816 86,817 86,818 86,819 86,820 86,821 86,822 86,823 86,824 86,825 2-149 86,839 86,840 86,841 86,842 86,843 86,844 86,845 86,846 86,847 86,848 86,849 86,850 2-150 86,864 86,865 86,866 86,867 86,868 86,869 86,870 86,871 86,872 86,873 86,874 86,875 2-151 86,889 86,890 86,891 86,892 86,893 86,894 86,895 86,896 86,897 86,898 86,899 86,900 2-152 86,914 86,915 86,916 86,917 86,918 86,919 86,920 86,921 86,922 86,923 86,924 86,925 2-153 86,939 86,940 86,941 86,942 86,943 86,944 86,945 86,946 86,947 86,948 86,949 86,950 2-154 86,964 86,965 86,966 86,967 86,968 86,969 86,970 86,971 86,972 86,973 86,974 86,975 2-155 86,989 86,990 86,991 86,992 86,993 86,994 86,995 86,996 86,997 86,998 86,999 87,000 2-156 87,014 87,015 87,016 87,017 87,018 87,019 87,020 87,021 87,022 87,023 87,024 87,025 2-157 87,039 87,040 87,041 87,042 87,043 87,044 87,045 87,046 87,047 87,048 87,049 87,050 2-158 87,064 87,065 87,066 87,067 87,068 87,069 87,070 87,071 87,072 87,073 87,074 87,075 2-159 87,089 87,090 87,091 87,092 87,093 87,094 87,095 87,096 87,097 87,098 87,099 87,100 2-160 87,114 87,115 87,116 87,117 87,118 87,119 87,120 87,121 87,122 87,123 87,124 87,125 2-161 87,139 87,140 87,141 87,142 87,143 87,144 87,145 87,146 87,147 87,148 87,149 87,150 2-162 87,164 87,165 87,166 87,167 87,168 87,169 87,170 87,171 87,172 87,173 87,174 87,175 2-163 87,189 87,190 87,191 87,192 87,193 87,194 87,195 87,196 87,197 87,198 87,199 87,200 2-164 87,214 87,215 87,216 87,217 87,218 87,219 87,220 87,221 87,222 87,223 87,224 87,225 2-165 87,239 87,240 87,241 87,242 87,243 87,244 87,245 87,246 87,247 87,248 87,249 87,250

TABLE 67 Compound represented by the formula (1) 1-176 1-177 1-178 1-179 1-180 1-181 1-182 1-183 1-184 1-185 1-186 1-187 1-188 Compound 2-166 87,251 87,252 87,253 87,254 87,255 87,256 87,257 87,258 87,259 87,260 87,261 87,262 87,263 represented 2-167 87,276 87,277 87,278 87,279 87,280 87,281 87,282 87,283 87,284 87,285 87,286 87,287 87,288 by the 2-168 87,301 87,302 87,303 87,304 87,305 87,306 87,307 87,308 87,309 87,310 87,311 87,312 87,313 formula (2) 2-169 87,326 87,327 87,328 87,329 87,330 87,331 87,332 87,333 87,334 87,335 87,336 87,337 87,338 2-170 87,351 87,352 87,353 87,354 87,355 87,356 87,357 87,358 87,359 87,360 87,361 87,362 87,363 2-171 87,376 87,377 87,378 87,379 87,380 87,381 87,382 87,383 87,384 87,385 87,386 87,387 87,388 2-172 87,401 87,402 87,403 87,404 87,405 87,406 87,407 87,408 87,409 87,410 87,411 87,412 87,413 2-173 87,426 87,427 87,428 87,429 87,430 87,431 87,432 87,433 87,434 87,435 87,436 87,437 87,438 2-174 87,451 87,452 87,453 87,454 87,455 87,456 87,457 87,458 87,459 87,460 87,461 87,462 87,463 2-175 87,476 87,477 87,478 87,479 87,480 87,481 87,482 87,483 87,484 87,485 87,486 87,487 87,488 2-176 87,501 87,502 87,503 87,504 87,505 87,506 87,507 87,508 87,509 87,510 87,511 87,512 87,513 2-177 87,526 87,527 87,528 87,529 87,530 87,531 87,532 87,533 87,534 87,535 87,536 87,537 87,538 2-178 87,551 87,552 87,553 87,554 87,555 87,556 87,557 87,558 87,559 87,560 87,561 87,562 87,563 2-179 87,576 87,577 87,578 87,579 87,580 87,581 87,582 87,583 87,584 87,585 87,586 87,587 87,588 2-180 87,601 87,602 87,603 87,604 87,605 87,606 87,607 87,608 87,609 87,610 87,611 87,612 87,613 2-181 87,626 87,627 87,628 87,629 87,630 87,631 87,632 87,633 87,634 87,635 87,636 87,637 87,638 2-182 87,651 87,652 87,653 87,654 87,655 87,656 87,657 87,658 87,659 87,660 87,661 87,662 87,663 2-183 87,676 87,677 87,678 87,679 87,680 87,681 87,682 87,683 87,684 87,685 87,686 87,687 87,688 2-184 87,701 87,702 87,703 87,704 87,705 87,706 87,707 87,708 87,709 87,710 87,711 87,712 87,713 2-185 87,726 87,727 87,728 87,729 87,730 87,731 87,732 87,733 87,734 87,735 87,736 87,737 87,738 2-186 87,751 87,752 87,753 87,754 87,755 87,756 87,757 87,758 87,759 87,760 87,761 87,762 87,763 2-187 87,776 87,777 87,778 87,779 87,780 87,781 87,782 87,783 87,784 87,785 87,786 87,787 87,788 2-188 87,801 87,802 87,803 87,804 87,805 87,806 87,807 87,808 87,809 87,810 87,811 87,812 87,813 2-189 87,826 87,827 87,828 87,829 87,830 87,831 87,832 87,833 87,834 87,835 87,836 87,837 87,838 2-190 87,851 87,852 87,853 87,854 87,855 87,856 87,857 87,858 87,859 87,860 87,861 87,862 87,863 2-191 87,876 87,877 87,878 87,879 87,880 87,881 87,882 87,883 87,884 87,885 87,886 87,887 87,888 2-192 87,901 87,902 87,903 87,904 87,905 87,906 87,907 87,908 87,909 87,910 87,911 87,912 87,913 2-193 87,926 87,927 87,928 87,929 87,930 87,931 87,932 87,933 87,934 87,935 87,936 87,937 87,938 2-194 87,951 87,952 87,953 87,954 87,955 87,956 87,957 87,958 87,959 87,960 87,961 87,962 87,963 2-195 87,976 87,977 87,978 87,979 87,980 87,981 87,982 87,983 87,984 87,985 87,986 87,987 87,988 2-196 88,001 88,002 88,003 88,004 88,005 88,006 88,007 88,008 88,009 88,010 88,011 88,012 88,013 2-197 88,026 88,027 88,028 88,029 88,030 88,031 88,032 88,033 88,034 88,035 88,036 88,037 88,038 2-198 88,051 88,052 88,053 88,054 88,055 88,056 88,057 88,058 88,059 88,060 88,061 88,062 88,063 2-199 88,076 88,077 88,078 88,079 88,080 88,081 88,082 88,083 88,084 88,085 88,086 88,087 88,088 2-200 88,101 88,102 88,103 88,104 88,105 88,106 88,107 88,108 88,109 88,110 88,111 88,112 88,113 2-201 88,126 88,127 88,128 88,129 88,130 88,131 88,132 88,133 88,134 88,135 88,136 88,137 88,138 2-202 88,151 88,152 88,153 88,154 88,155 88,156 88,157 88,158 88,159 88,160 88,161 88,162 88,163 2-203 88,176 88,177 88,178 88,179 88,180 88,181 88,182 88,183 88,184 88,185 88,186 88,187 88,188 2-204 88,201 88,202 88,203 88,204 88,205 88,206 88,207 88,208 88,209 88,210 88,211 88,212 88,213 2-205 88,226 88,227 88,228 88,229 88,230 88,231 88,232 88,233 88,234 88,235 88,236 88,237 88,238 2-206 88,251 88,252 88,253 88,254 88,255 88,256 88,257 88,258 88,259 88,260 88,261 88,262 88,263 2-207 88,276 88,277 88,278 88,279 88,280 88,281 88,282 88,283 88,284 88,285 88,286 88,287 88,288 2-208 88,301 88,302 88,303 88,304 88,305 88,306 88,307 88,308 88,309 88,310 88,311 88,312 88,313 2-209 88,326 88,327 88,328 88,329 88,330 88,331 88,332 88,333 88,334 88,335 88,336 88,337 88,338 2-210 88,351 88,352 88,353 88,354 88,355 88,356 88,357 88,358 88,359 88,360 88,361 88,362 88,363 2-211 88,376 88,377 88,378 88,379 88,380 88,381 88,382 88,383 88,384 88,385 88,386 88,387 88,388 2-212 88,401 88,402 88,403 88,404 88,405 88,406 88,407 88,408 88,409 88,410 88,411 88,412 88,413 2-213 88,426 88,427 88,428 88,429 88,430 88,431 88,432 88,433 88,434 88,435 88,436 88,437 88,438 2-214 88,451 88,452 88,453 88,454 88,455 88,456 88,457 88,458 88,459 88,460 88,461 88,462 88,463 2-215 88,476 88,477 88,478 88,479 88,480 88,481 88,482 88,483 88,484 88,485 88,486 88,487 88,488 2-216 88,501 88,502 88,503 88,504 88,505 88,506 88,507 88,508 88,509 88,510 88,511 88,512 88,513 2-217 88,526 88,527 88,528 88,529 88,530 88,531 88,532 88,533 88,534 88,535 88,536 88,537 88,538 2-218 88,551 88,552 88,553 88,554 88,555 88,556 88,557 88,558 88,559 88,560 88,561 88,562 88,563 2-219 88,576 88,577 88,578 88,579 88,580 88,581 88,582 88,583 88,584 88,585 88,586 88,587 88,588 2-220 88,601 88,602 88,603 88,604 88,605 88,606 88,607 88,608 88,609 88,610 88,611 88,612 88,613 Compound represented by the formula (1) 1-189 1-190 1-191 1-192 1-193 1-194 1-195 1-196 1-197 1-198 1-199 1-200 Compound 2-166 87,264 87,265 87,266 87,267 87,268 87,269 87,270 87,271 87,272 87,273 87,274 87,275 represented 2-167 87,289 87,290 87,291 87,292 87,293 87,294 87,295 87,296 87,297 87,298 87,299 87,300 by the 2-168 87,314 87,315 87,316 87,317 87,318 87,319 87,320 87,321 87,322 87,323 87,324 87,325 formula (2) 2-169 87,339 87,340 87,341 87,342 87,343 87,344 87,345 87,346 87,347 87,348 87,349 87,350 2-170 87,364 87,365 87,366 87,367 87,368 87,369 87,370 87,371 87,372 87,373 87,374 87,375 2-171 87,389 87,390 87,391 87,392 87,393 87,394 87,395 87,396 87,397 87,398 87,399 87,400 2-172 87,414 87,415 87,416 87,417 87,418 87,419 87,420 87,421 87,422 87,423 87,424 87,425 2-173 87,439 87,440 87,441 87,442 87,443 87,444 87,445 87,446 87,447 87,448 87,449 87,450 2-174 87,464 87,465 87,466 87,467 87,468 87,469 87,470 87,471 87,472 87,473 87,474 87,475 2-175 87,489 87,490 87,491 87,492 87,493 87,494 87,495 87,496 87,497 87,498 87,499 87,500 2-176 87,514 87,515 87,516 87,517 87,518 87,519 87,520 87,521 87,522 87,523 87,524 87,525 2-177 87,539 87,540 87,541 87,542 87,543 87,544 87,545 87,546 87,547 87,548 87,549 87,550 2-178 87,564 87,565 87,566 87,567 87,568 87,569 87,570 87,571 87,572 87,573 87,574 87,575 2-179 87,589 87,590 87,591 87,592 87,593 87,594 87,595 87,596 87,597 87,598 87,599 87,600 2-180 87,614 87,615 87,616 87,617 87,618 87,619 87,620 87,621 87,622 87,623 87,624 87,625 2-181 87,639 87,640 87,641 87,642 87,643 87,644 87,645 87,646 87,647 87,648 87,649 87,650 2-182 87,664 87,665 87,666 87,667 87,668 87,669 87,670 87,671 87,672 87,673 87,674 87,675 2-183 87,689 87,690 87,691 87,692 87,693 87,694 87,695 87,696 87,697 87,698 87,699 87,700 2-184 87,714 87,715 87,716 87,717 87,718 87,719 87,720 87,721 87,722 87,723 87,724 87,725 2-185 87,739 87,740 87,741 87,742 87,743 87,744 87,745 87,746 87,747 87,748 87,749 87,750 2-186 87,764 87,765 87,766 87,767 87,768 87,769 87,770 87,771 87,772 87,773 87,774 87,775 2-187 87,789 87,790 87,791 87,792 87,793 87,794 87,795 87,796 87,797 87,798 87,799 87,800 2-188 87,814 87,815 87,816 87,817 87,818 87,819 87,820 87,821 87,822 87,823 87,824 87,825 2-189 87,839 87,840 87,841 87,842 87,843 87,844 87,845 87,846 87,847 87,848 87,849 87,850 2-190 87,864 87,865 87,866 87,867 87,868 87,869 87,870 87,871 87,872 87,873 87,874 87,875 2-191 87,889 87,890 87,891 87,892 87,893 87,894 87,895 87,896 87,897 87,898 87,899 87,900 2-192 87,914 87,915 87,916 87,917 87,918 87,919 87,920 87,921 87,922 87,923 87,924 87,925 2-193 87,939 87,940 87,941 87,942 87,943 87,944 87,945 87,946 87,947 87,948 87,949 87,950 2-194 87,964 87,965 87,966 87,967 87,968 87,969 87,970 87,971 87,972 87,973 87,974 87,975 2-195 87,989 87,990 87,991 87,992 87,993 87,994 87,995 87,996 87,997 87,998 87,999 88,000 2-196 88,014 88,015 88,016 88,017 88,018 88,019 88,020 88,021 88,022 88,023 88,024 88,025 2-197 88,039 88,040 88,041 88,042 88,043 88,044 88,045 88,046 88,047 88,048 88,049 88,050 2-198 88,064 88,065 88,066 88,067 88,068 88,069 88,070 88,071 88,072 88,073 88,074 88,075 2-199 88,089 88,090 88,091 88,092 88,093 88,094 88,095 88,096 88,097 88,098 88,099 88,100 2-200 88,114 88,115 88,116 88,117 88,118 88,119 88,120 88,121 88,122 88,123 88,124 88,125 2-201 88,139 88,140 88,141 88,142 88,143 88,144 88,145 88,146 88,147 88,148 88,149 88,150 2-202 88,164 88,165 88,166 88,167 88,168 88,169 88,170 88,171 88,172 88,173 88,174 88,175 2-203 88,189 88,190 88,191 88,192 88,193 88,194 88,195 88,196 88,197 88,198 88,199 88,200 2-204 88,214 88,215 88,216 88,217 88,218 88,219 88,220 88,221 88,222 88,223 88,224 88,225 2-205 88,239 88,240 88,241 88,242 88,243 88,244 88,245 88,246 88,247 88,248 88,249 88,250 2-206 88,264 88,265 88,266 88,267 88,268 88,269 88,270 88,271 88,272 88,273 88,274 88,275 2-207 88,289 88,290 88,291 88,292 88,293 88,294 88,295 88,296 88,297 88,298 88,299 88,300 2-208 88,314 88,315 88,316 88,317 88,318 88,319 88,320 88,321 88,322 88,323 88,324 88,325 2-209 88,339 88,340 88,341 88,342 88,343 88,344 88,345 88,346 88,347 88,348 88,349 88,350 2-210 88,364 88,365 88,366 88,367 88,368 88,369 88,370 88,371 88,372 88,373 88,374 88,375 2-211 88,389 88,390 88,391 88,392 88,393 88,394 88,395 88,396 88,397 88,398 88,399 88,400 2-212 88,414 88,415 88,416 88,417 88,418 88,419 88,420 88,421 88,422 88,423 88,424 88,425 2-213 88,439 88,440 88,441 88,442 88,443 88,444 88,445 88,446 88,447 88,448 88,449 88,450 2-214 88,464 88,465 88,466 88,467 88,468 88,469 88,470 88,471 88,472 88,473 88,474 88,475 2-215 88,489 88,490 88,491 88,492 88,493 88,494 88,495 88,496 88,497 88,498 88,499 88,500 2-216 88,514 88,515 88,516 88,517 88,518 88,519 88,520 88,521 88,522 88,523 88,524 88,525 2-217 88,539 88,540 88,541 88,542 88,543 88,544 88,545 88,546 88,547 88,548 88,549 88,550 2-218 88,564 88,565 88,566 88,567 88,568 88,569 88,570 88,571 88,572 88,573 88,574 88,575 2-219 88,589 88,590 88,591 88,592 88,593 88,594 88,595 88,596 88,597 88,598 88,599 88,600 2-220 88,614 88,615 88,616 88,617 88,618 88,619 88,620 88,621 88,622 88,623 88,624 88,625

TABLE 68 Compound represented by the formula (1) 1-176 1-177 1-178 1-179 1-180 1-181 1-182 1-183 1-184 1-185 1-186 1-187 1-188 Compound 2-221 88,626 88,627 88,628 88,629 88,630 88,631 88,632 88,633 88,634 88,635 88,636 88,637 88,638 represented 2-222 88,651 88,652 88,653 88,654 88,655 88,656 88,657 88,658 88,659 88,660 88,661 88,662 88,663 by the 2-223 88,676 88,677 88,678 88,679 88,680 88,681 88,682 88,683 88,684 88,685 88,686 88,687 88,688 formula 2-224 88,701 88,702 88,703 88,704 88,705 88,706 88,707 88,708 88,709 88,710 88,711 88,712 88,713 (2) 2-225 88,726 88,727 88,728 88,729 88,730 88,731 88,732 88,733 88,734 88,735 88,736 88,737 88,738 2-226 88,751 88,752 88,753 88,754 88,755 88,756 88,757 88,758 88,759 88,760 88,761 88,762 88,763 2-227 88,776 88,777 88,778 88,779 88,780 88,781 88,782 88,783 88,784 88,785 88,786 88,787 88,788 2-228 88,801 88,802 88,803 88,804 88,805 88,806 88,807 88,808 88,809 88,810 88,811 88,812 88,813 2-229 88,826 88,827 88,828 88,829 88,830 88,831 88,832 88,833 88,834 88,835 88,836 88,837 88,838 2-230 88,851 88,852 88,853 88,854 88,855 88,856 88,857 88,858 88,859 88,860 88,861 88,862 88,863 2-231 88,876 88,877 88,878 88,879 88,880 88,881 88,882 88,883 88,884 88,885 88,886 88,887 88,888 2-232 88,901 88,902 88,903 88,904 88,905 88,906 88,907 88,908 88,909 88,910 88,911 88,912 88,913 2-233 88,926 88,927 88,928 88,929 88,930 88,931 88,932 88,933 88,934 88,935 88,936 88,937 88,938 2-234 88,951 88,952 88,953 88,954 88,955 88,956 88,957 88,958 88,959 88,960 88,961 88,962 88,963 2-235 88,976 88,977 88,978 88,979 88,980 88,981 88,982 88,983 88,984 88,985 88,986 88,987 88,988 2-236 89,001 89,002 89,003 89,004 89,005 89,006 89,007 89,008 89,009 89,010 89,011 89,012 89,013 2-237 89,026 89,027 89,028 89,029 89,030 89,031 89,032 89,033 89,034 89,035 89,036 89,037 89,038 2-238 89,051 89,052 89,053 89,054 89,055 89,056 89,057 89,058 89,059 89,060 89,061 89,062 89,063 2-239 89,076 89,077 89,078 89,079 89,080 89,081 89,082 89,083 89,084 89,085 89,086 89,087 89,088 2-240 89,101 89,102 89,103 89,104 89,105 89,106 89,107 89,108 89,109 89,110 89,111 89,112 89,113 2-241 89,126 89,127 89,128 89,129 89,130 89,131 89,132 89,133 89,134 89,135 89,136 89,137 89,138 2-242 89,151 89,152 89,153 89,154 89,155 89,156 89,157 89,158 89,159 89,160 89,161 89,162 89,163 2-243 89,176 89,177 89,178 89,179 89,180 89,181 89,182 89,183 89,184 89,185 89,186 89,187 89,188 2-244 89,201 89,202 89,203 89,204 89,205 89,206 89,207 89,208 89,209 89,210 89,211 89,212 89,213 2-245 89,226 89,227 89,228 89,229 89,230 89,231 89,232 89,233 89,234 89,235 89,236 89,237 89,238 2-246 89,251 89,252 89,253 89,254 89,255 89,256 89,257 89,258 89,259 89,260 89,261 89,262 89,263 2-247 89,276 89,277 89,278 89,279 89,280 89,281 89,282 89,283 89,284 89,285 89,286 89,287 89,288 2-248 89,301 89,302 89,303 89,304 89,305 89,306 89,307 89,308 89,309 89,310 89,311 89,312 89,313 2-249 89,326 89,327 89,328 89,329 89,330 89,331 89,332 89,333 89,334 89,335 89,336 89,337 89,338 2-250 89,351 89,352 89,353 89,354 89,355 89,356 89,357 89,358 89,359 89,360 89,361 89,362 89,363 2-251 89,376 89,377 89,378 89,379 89,380 89,381 89,382 89,383 89,384 89,385 89,386 89,387 89,388 2-252 89,401 89,402 89,403 89,404 89,405 89,406 89,407 89,408 89,409 89,410 89,411 89,412 89,413 2-253 89,426 89,427 89,428 89,429 89,430 89,431 89,432 89,433 89,434 89,435 89,436 89,437 89,438 2-254 89,451 89,452 89,453 89,454 89,455 89,456 89,457 89,458 89,459 89,460 89,461 89,462 89,463 2-255 89,476 89,477 89,478 89,479 89,480 89,481 89,482 89,483 89,484 89,485 89,486 89,487 89,488 2-256 89,501 89,502 89,503 89,504 89,505 89,506 89,507 89,508 89,509 89,510 89,511 89,512 89,513 2-257 89,526 89,527 89,528 89,529 89,530 89,531 89,532 89,533 89,534 89,535 89,536 89,537 89,538 2-258 89,551 89,552 89,553 89,554 89,555 89,556 89,557 89,558 89,559 89,560 89,561 89,562 89,563 2-259 89,576 89,577 89,578 89,579 89,580 89,581 89,582 89,583 89,584 89,585 89,586 89,587 89,588 2-260 89,601 89,602 89,603 89,604 89,605 89,606 89,607 89,608 89,609 89,610 89,611 89,612 89,613 2-261 89,626 89,627 89,628 89,629 89,630 89,631 89,632 89,633 89,634 89,635 89,636 89,637 89,638 2-262 89,651 89,652 89,653 89,654 89,655 89,656 89,657 89,658 89,659 89,660 89,661 89,662 89,663 2-263 89,676 89,677 89,678 89,679 89,680 89,681 89,682 89,683 89,684 89,685 89,686 89,687 89,688 2-264 89,701 89,702 89,703 89,704 89,705 89,706 89,707 89,708 89,709 89,710 89,711 89,712 89,713 2-265 89,726 89,727 89,728 89,729 89,730 89,731 89,732 89,733 89,734 89,735 89,736 89,737 89,738 2-266 89,751 89,752 89,753 89,754 89,755 89,756 89,757 89,758 89,759 89,760 89,761 89,762 89,763 2-267 89,776 89,777 89,778 89,779 89,780 89,781 89,782 89,783 89,784 89,785 89,786 89,787 89,788 2-268 89,801 89,802 89,803 89,804 89,805 89,806 89,807 89,808 89,809 89,810 89,811 89,812 89,813 2-269 89,826 89,827 89,828 89,829 89,730 89,831 89,832 89,833 89,834 89,835 89,836 89,837 89,838 2-270 89,851 89,852 89,853 89,854 89,855 89,856 89,857 89,858 89,859 89,860 89,861 89,862 89,863 2-271 89,876 89,877 89,878 89,879 89,880 89,881 89,882 89,883 89,884 89,885 89,886 89,887 89,888 2-272 89,901 89,902 89,903 89,904 89,905 89,906 89,907 89,908 89,909 89,910 89,911 89,912 89,913 2-273 89,926 89,927 89,928 89,929 89,930 89,931 89,932 89,933 89,934 89,935 89,936 89,937 89,938 2-274 89,951 89,952 89,953 89,954 89,955 89,956 89,957 89,958 89,959 89,960 89,961 89,962 89,963 2-275 89,976 89,977 89,978 89,979 89,980 89,981 89,982 89,983 89,984 89,985 89,986 89,987 89,988 Compound represented by the formula (1) 1-189 1-190 1-191 1-192 1-193 1-194 1-195 1-196 1-197 1-198 1-199 1-200 Compound 2-221 88,639 88,640 88,641 88,642 88,643 88,644 88,645 88,646 88,647 88,648 88,649 88,650 represented 2-222 88,664 88,665 88,666 88,667 88,668 88,669 88,670 88,671 88,672 88,673 88,674 88,675 by the 2-223 88,689 88,690 88,691 88,692 88,693 88,694 88,695 88,696 88,697 88,698 88,699 88,700 formula 2-224 88,714 88,715 88,716 88,717 88,718 88,719 88,720 88,721 88,722 88,723 88,724 88,725 (2) 2-225 88,739 88,740 88,741 88,742 88,743 88,744 88,745 88,746 88,747 88,748 88,749 88,750 2-226 88,764 88,765 88,766 88,767 88,768 88,769 88,770 88,771 88,772 88,773 88,774 88,775 2-227 88,789 88,790 88,791 88,792 88,793 88,794 88,795 88,796 88,797 88,798 88,799 88,800 2-228 88,814 88,815 88,816 88,817 88,818 88,819 88,820 88,821 88,822 88,823 88,824 88,825 2-229 88,839 88,840 88,841 88,842 88,843 88,844 88,845 88,846 88,847 88,848 88,849 88,850 2-230 88,864 88,865 88,866 88,867 88,868 88,869 88,870 88,871 88,872 88,873 88,874 88,875 2-231 88,889 88,890 88,891 88,892 88,893 88,894 88,895 88,896 88,897 88,898 88,899 88,900 2-232 88,914 88,915 88,916 88,917 88,918 88,919 88,920 88,921 88,922 88,923 88,924 88,925 2-233 88,939 88,940 88,941 88,942 88,943 88,944 88,945 88,946 88,947 88,948 88,949 88,950 2-234 88,964 88,965 88,966 88,967 88,968 88,969 88,970 88,971 88,972 88,973 88,974 88,975 2-235 88,989 88,990 88,991 88,992 88,993 88,994 88,995 88,996 88,997 88,998 88,999 89,000 2-236 89,014 89,015 89,016 89,017 89,018 89,019 89,020 89,021 89,022 89,023 89,024 89,025 2-237 89,039 89,040 89,041 89,042 89,043 89,044 89,045 89,046 89,047 89,048 89,049 89,050 2-238 89,064 89,065 89,066 89,067 89,068 89,069 89,070 89,071 89,072 89,073 89,074 89,075 2-239 89,089 89,090 89,091 89,092 89,093 89,094 89,095 89,096 89,097 89,098 89,099 89,100 2-240 89,114 89,115 89,116 89,117 89,118 89,119 89,120 89,121 89,122 89,123 89,124 89,125 2-241 89,139 89,140 89,141 89,142 89,143 89,144 89,145 89,146 89,147 89,148 89,149 89,150 2-242 89,164 89,165 89,166 89,167 89,168 89,169 89,170 89,171 89,172 89,173 89,174 89,175 2-243 89,189 89,190 89,191 89,192 89,193 89,194 89,195 89,196 89,197 89,198 89,199 89,200 2-244 89,214 89,215 89,216 89,217 89,218 89,219 89,220 89,221 89,222 89,223 89,224 89,225 2-245 89,239 89,240 89,241 89,242 89,243 89,244 89,245 89,246 89,247 89,248 89,249 89,250 2-246 89,264 89,265 89,266 89,267 89,268 89,269 89,270 89,271 89,272 89,273 89,274 89,275 2-247 89,289 89,290 89,291 89,292 89,293 89,294 89,295 89,296 89,297 89,298 89,299 89,300 2-248 89,314 89,315 89,316 89,317 89,318 89,319 89,320 89,321 89,322 89,323 89,324 89,325 2-249 89,339 89,340 89,341 89,342 89,343 89,344 89,345 89,346 89,347 89,348 89,349 89,350 2-250 89,364 89,365 89,366 89,367 89,368 89,369 89,370 89,371 89,372 89,373 89,374 89,375 2-251 89,389 89,390 89,391 89,392 89,393 89,394 89,395 89,396 89,397 89,398 89,399 89,400 2-252 89,414 89,415 89,416 89,417 89,418 89,419 89,420 89,421 89,422 89,423 89,424 89,425 2-253 89,439 89,440 89,441 89,442 89,443 89,444 89,445 89,446 89,447 89,448 89,449 89,450 2-254 89,464 89,465 89,466 89,467 89,468 89,469 89,470 89,471 89,472 89,473 89,474 89,475 2-255 89,489 89,490 89,491 89,492 89,493 89,494 89,495 89,496 89,497 89,498 89,499 89,500 2-256 89,514 89,515 89,516 89,517 89,518 89,519 89,420 89,521 89,522 89,523 89,524 89,525 2-257 89,539 89,540 89,541 89,542 89,543 89,544 89,545 89,546 89,547 89,548 89,549 89,550 2-258 89,564 89,565 89,566 89,567 89,568 89,569 89,570 89,571 89,572 89,573 89,574 89,575 2-259 89,589 89,590 89,591 89,592 89,593 89,594 89,595 89,596 89,597 89,598 89,599 89,600 2-260 89,614 89,615 89,616 89,617 89,618 89,619 89,620 89,621 89,622 89,623 89,624 89,625 2-261 89,639 89,640 89,641 89,642 89,643 89,644 89,645 89,646 89,647 89,648 89,649 89,650 2-262 89,664 89,665 89,666 89,667 89,668 89,669 89,670 89,671 89,672 89,673 89,674 89,675 2-263 89,689 89,690 89,691 89,692 89,693 89,694 89,695 89,696 89,697 89,698 89,699 89,700 2-264 89,714 89,715 89,716 89,717 89,718 89,719 89,720 89,721 89,722 89,723 89,724 89,725 2-265 89,739 89,740 89,741 89,742 89,743 89,744 89,745 89,746 89,747 89,748 89,749 89,750 2-266 89,764 89,765 89,766 89,767 89,768 89,769 89,770 89,771 89,772 89,773 89,774 89,775 2-267 89,789 89,790 89,791 89,792 89,793 89,794 89,795 89,796 89,797 89,798 89,799 89,800 2-268 89,814 89,815 89,816 89,817 89,818 89,819 89,820 89,821 89,822 89,823 89,824 89,825 2-269 89,839 89,840 89,841 89,842 89,843 89,844 89,845 89,846 89,847 89,848 89,849 89,850 2-270 89,864 89,865 89,866 89,867 89,868 89,869 89,870 89,871 89,872 89,873 89,874 89,875 2-271 89,889 89,890 89,891 89,892 89,893 89,894 89,895 89,896 89,897 89,898 89,899 89,900 2-272 89,914 89,915 89,916 89,917 89,918 89,919 89,920 89,921 89,922 89,923 89,924 89,925 2-273 89,939 89,940 89,941 89,942 89,943 89,944 89,945 89,946 89,947 89,948 89,949 89,950 2-274 89,964 89,965 89,966 89,967 89,969 89,969 89,970 89,971 89,972 89,973 89,974 89,975 2-275 89,989 89,990 89,991 89,992 89,993 89,994 89,995 89,996 89,997 89,998 89,999 89,000

TABLE 69 Compound represented by the formula (1) 1-176 1-177 1-178 1-179 1-180 1-181 1-182 1-183 1-184 1-185 1-186 1-187 1-188 Compound 2-276 90,001 90,002 90,003 90,004 90,005 90,006 90,007 90,008 90,009 90,010 90,011 90,012 90,013 represented 2-277 90,026 90,027 90,028 90,029 90,030 90,031 90,032 90,033 90,034 90,035 90,036 90,037 90,038 by the 2-278 90,051 90,052 90,053 90,054 90,055 90,056 90,057 90,058 90,059 90,060 90,061 90,062 90,063 formula 2-279 90,076 90,077 90,078 90,079 90,080 90,081 90,082 90,083 90,084 90,085 90,086 90,087 90,088 (2) 2-280 90,101 90,102 90,103 90,104 90,105 90,106 90,107 90,108 90,109 90,110 90,111 90,112 90,113 2-281 90,126 90,127 90,128 90,129 90,130 90,131 90,132 90,133 90,134 90,135 90,136 90,137 90,138 2-282 90,151 90,152 90,153 90,154 90,155 90,156 90,157 90,158 90,159 90,160 90,161 90,162 90,163 2-283 90,176 90,177 90,178 90,179 90,180 90,181 90,182 90,183 90,184 90,185 90,186 90,187 90,188 2-284 90,201 90,202 90,203 90,204 90,205 90,206 90,207 90,208 90,209 90,210 90,211 90,212 90,213 2-285 90,226 90,227 90,228 90,229 90,230 90,231 90,232 90,233 90,234 90,235 90,236 90,237 90,238 2-286 90,251 90,252 90,253 90,254 90,255 90,256 90,257 90,258 90,259 90,260 90,261 90,262 90,263 2-287 90,276 90,277 90,278 90,279 90,280 90,281 90,282 90,283 90,284 90,285 90,286 90,287 90,288 2-288 90,301 90,302 90,303 90,304 90,305 90,306 90,307 90,308 90,309 90,310 90,311 90,312 90,313 2-289 90,326 90,327 90,328 90,329 90,330 90,331 90,332 90,333 90,334 90,335 90,336 90,337 90,338 2-290 90,351 90,352 90,353 90,354 90,355 90,356 90,357 90,358 90,359 90,360 90,361 90,362 90,363 2-291 90,376 90,377 90,378 90,379 90,380 90,381 90,382 90,383 90,384 90,385 90,386 90,387 90,388 2-292 90,401 90,402 90,403 90,404 90,405 90,406 90,407 90,408 90,409 90,410 90,411 90,412 90,413 2-293 90,426 90,427 90,428 90,429 90,430 90,431 90,432 90,433 90,434 90,435 90,436 90,437 90,438 2-294 90,451 90,452 90,453 90,454 90,455 90,456 90,457 90,458 90,459 90,460 90,461 90,462 90,463 2-295 90,476 90,477 90,478 90,479 90,480 90,481 90,482 90,483 90,484 90,485 90,486 90,487 90,488 2-296 90,501 90,502 90,503 90,504 90,505 90,506 90,507 90,508 90,509 90,510 90,511 90,512 90,513 2-297 90,526 90,527 90,528 90,529 90,530 90,531 90,532 90,533 90,534 90,535 90,536 90,537 90,538 2-298 90,551 90,552 90,553 90,554 90,555 90,556 90,557 90,558 90,559 90,560 90,561 90,562 90,563 2-299 90,576 90,577 90,578 90,579 90,580 90,581 90,582 90,583 90,584 90,585 90,586 90,587 90,588 2-300 90,601 90,602 90,603 90,604 90,605 90,606 90,607 90,608 90,609 90,610 90,611 90,612 90,613 2-301 90,626 90,627 90,628 90,629 90,630 90,631 90,632 90,633 90,634 90,635 90,636 90,637 90,638 2-302 90,651 90,652 90,653 90,654 90,655 90,656 90,657 90,658 90,659 90,660 90,661 90,662 90,663 2-303 90,676 90,677 90,678 90,679 90,680 90,681 90,682 90,683 90,684 90,685 90,686 90,687 90,688 2-304 90,701 90,702 90,703 90,704 90,705 90,706 90,707 90,708 90,709 90,710 90,711 90,712 90,713 2-305 90,726 90,727 90,728 90,729 90,730 90,731 90,732 90,733 90,734 90,735 90,736 90,737 90,738 2-306 90,751 90,752 90,753 90,754 90,755 90,756 90,757 90,758 90,759 90,760 90,761 90,762 90,763 2-307 90,776 90,777 90,778 90,779 90,780 90,781 90,782 90,783 90,784 90,785 90,786 90,787 90,788 2-308 90,801 90,802 90,803 90,804 90,805 90,806 90,807 90,808 90,809 90,810 90,811 90,812 90,813 2-309 90,826 90,827 90,828 90,829 90,830 90,831 90,832 90,833 90,834 90,835 90,836 90,837 90,838 2-310 90,851 90,852 90,853 90,854 90,855 90,856 90,857 90,858 90,859 90,860 90,861 90,862 90,863 2-311 90,876 90,877 90,878 90,879 90,880 90,881 90,882 90,883 90,884 90,885 90,886 90,887 90,888 2-312 90,901 90,902 90,903 90,904 90,905 90,906 90,907 90,908 90,909 90,910 90,911 90,912 90,913 2-313 90,926 90,927 90,928 90,929 90,930 90,931 90,932 90,933 90,934 90,935 90,936 90,937 90,938 2-314 90,951 90,952 90,953 90,954 90,955 90,956 90,957 90,958 90,959 90,960 90,961 90,962 90,963 2-315 90,976 90,977 90,978 90,979 90,980 90,981 90,982 90,983 90,984 90,985 90,986 90,987 90,988 2-316 91,001 91,002 91,003 91,004 91,005 91,006 91,007 91,008 91,009 91,010 91,011 91,012 91,013 2-317 91,026 91,027 91,028 91,029 91,030 91,031 91,032 91,033 91,034 91,035 91,036 91,037 91,038 2-318 91,051 91,052 91,053 91,054 91,055 91,056 91,057 91,058 91,059 91,060 91,061 91,062 91,063 2-319 91,076 91,077 91,078 91,079 91,080 91,081 91,082 91,083 91,084 91,085 91,086 91,087 91,088 2-320 91,101 91,102 91,103 91,104 91,105 91,106 91,107 91,108 91,109 91,110 91,111 91,112 91,113 2-321 91,126 91,127 91,128 91,129 91,130 91,131 91,132 91,133 91,134 91,135 91,136 91,137 91,138 2-322 91,151 91,152 91,153 91,154 91,155 91,156 91,157 91,158 91,159 91,160 91,161 91,162 91,163 2-323 91,176 91,177 91,178 91,179 91,180 91,181 91,182 91,183 91,184 91,185 91,186 91,187 91,188 2-324 91,201 91,202 91,203 91,204 91,205 91,206 91,207 91,208 91,209 91,210 91,211 91,212 91,213 2-325 91,226 91,227 91,228 91,229 91,230 91,231 91,232 91,233 91,234 91,235 91,236 91,237 91,238 2-326 91,251 91,252 91,253 91,254 91,255 91,256 91,257 91,258 91,259 91,260 91,261 91,262 91,263 2-327 91,276 91,277 91,278 91,279 91,280 91,281 91,282 91,283 91,284 91,285 91,286 91,287 91,288 2-328 91,301 91,302 91,303 91,304 91,305 91,306 91,307 91,308 91,309 91,310 91,311 91,312 91,313 2-329 91,326 91,327 91,328 91,329 91,330 91,331 91,332 91,333 91,334 91,335 91,336 91,337 91,338 2-330 91,351 91,352 91,353 91,354 91,355 91,356 91,357 91,358 91,359 91,360 91,361 91,362 91,363 Compound represented by the formula (1) 1-189 1-190 1-191 1-192 1-193 1-194 1-195 1-196 1-197 1-198 1-199 1-200 Compound 2-276 90,014 90,015 90,016 90,017 90,018 90,019 90,020 90,021 90,022 90,023 90,024 90,025 represented 2-277 90,039 90,040 90,041 90,042 90,043 90,044 90,045 90,046 90,047 90,048 90,049 90,050 by the 2-278 90,064 90,065 90,066 90,067 90,068 90,069 90,070 90,071 90,072 90,073 90,074 90,075 formula 2-279 90,089 90,090 90,091 90,092 90,093 90,094 90,095 90,096 90,097 90,098 90,099 90,100 (2) 2-280 90,114 90,115 90,116 90,117 90,118 90,119 90,120 90,121 90,122 90,123 90,124 90,125 2-281 90,139 90,140 90,141 90,142 90,143 90,144 90,145 90,146 90,147 90,148 90,149 90,150 2-282 90,164 90,165 90,166 90,167 90,168 90,169 90,170 90,171 90,172 90,173 90,174 90,175 2-283 90,189 90,190 90,191 90,192 90,193 90,194 90,195 90,196 90,197 90,198 90,199 90,200 2-284 90,214 90,215 90,216 90,217 90,218 90,219 90,220 90,221 90,222 90,223 90,224 90,225 2-285 90,239 90,240 90,241 90,242 90,243 90,244 90,245 90,246 90,247 90,248 90,249 90,250 2-286 90,264 90,265 90,266 90,267 90,268 90,269 90,270 90,271 90,272 90,273 90,274 90,275 2-287 90,289 90,290 90,291 90,292 90,293 90,294 90,295 90,296 90,297 90,298 90,299 90,300 2-288 90,314 90,315 90,316 90,317 90,318 90,319 90,320 90,321 90,322 90,323 90,324 90,325 2-289 90,339 90,340 90,341 90,342 90,343 90,344 90,345 90,346 90,347 90,348 90,349 90,350 2-290 90,364 90,365 90,366 90,367 90,368 90,369 90,370 90,371 90,372 90,373 90,374 90,375 2-291 90,389 90,390 90,391 90,392 90,393 90,394 90,395 90,396 90,397 90,398 90,399 90,400 2-292 90,414 90,415 90,416 90,417 90,418 90,419 90,420 90,421 90,422 90,423 90,424 90,425 2-293 90,439 90,440 90,441 90,442 90,443 90,444 90,445 90,446 90,447 90,448 90,449 90,450 2-294 90,464 90,465 90,466 90,467 90,468 90,469 90,470 90,471 90,472 90,473 90,474 90,475 2-295 90,489 90,490 90,491 90,492 90,493 90,494 90,495 90,496 90,497 90,498 90,499 90,500 2-296 90,514 90,515 90,516 90,517 90,518 90,519 90,520 90,521 90,522 90,523 90,524 90,525 2-297 90,539 90,540 90,541 90,542 90,543 90,544 90,545 90,546 90,547 90,548 90,549 90,550 2-298 90,564 90,565 90,566 90,567 90,568 90,569 90,570 90,571 90,572 90,573 90,574 90,575 2-299 90,589 90,590 90,591 90,592 90,593 90,594 90,595 90,596 90,597 90,598 90,599 90,600 2-300 90,614 90,615 90,616 90,617 90,618 90,619 90,620 90,621 90,622 90,623 90,624 90,625 2-301 90,639 90,640 90,641 90,642 90,643 90,644 90,645 90,646 90,647 90,648 90,649 90,650 2-302 90,664 90,665 90,666 90,667 90,668 90,669 90,670 90,671 90,672 90,673 90,674 90,675 2-303 90,689 90,690 90,691 90,692 90,693 90,694 90,695 90,696 90,697 90,698 90,699 90,700 2-304 90,714 90,715 90,716 90,717 90,718 90,719 90,720 90,721 90,722 90,723 90,724 90,725 2-305 90,739 90,740 90,741 90,742 90,743 90,744 90,745 90,746 90,747 90,748 90,749 90,750 2-306 90,764 90,765 90,766 90,767 90,768 90,769 90,770 90,771 90,772 90,773 90,774 90,775 2-307 90,789 90,790 90,791 90,792 90,793 90,794 90,795 90,796 90,797 90,798 90,799 90,800 2-308 90,814 90,815 90,816 90,817 90,818 90,819 90,820 90,821 90,822 90,823 90,824 90,825 2-309 90,839 90,840 90,841 90,842 90,843 90,844 90,845 90,846 90,847 90,848 90,849 90,850 2-310 90,864 90,865 90,866 90,867 90,868 90,869 90,870 90,871 90,872 90,873 90,874 90,875 2-311 90,889 90,890 90,891 90,892 90,893 90,894 90,895 90,896 90,897 90,898 90,899 90,900 2-312 90,914 90,915 90,916 90,917 90,918 90,919 90,920 90,921 90,922 90,923 90,924 90,925 2-313 90,939 90,940 90,941 90,942 90,943 90,944 90,945 90,946 90,947 90,948 90,949 90,950 2-314 90,964 90,965 90,966 90,967 90,968 90,969 90,970 90,971 90,972 90,973 90,974 90,975 2-315 90,989 90,990 90,991 90,992 90,993 90,994 90,995 90,996 90,997 90,998 90,999 91,000 2-316 91,014 91,015 91,016 91,017 91,018 91,019 91,020 91,021 91,022 91,023 91,024 91,025 2-317 91,039 91,040 91,041 91,042 91,043 91,044 91,045 91,046 91,047 91,048 91,049 91,050 2-318 91,064 91,065 91,066 91,067 91,068 91,069 91,070 91,071 91,072 91,073 91,074 91,075 2-319 91,089 91,090 91,091 91,092 91,093 91,094 91,095 91,096 91,097 91,098 91,099 91,100 2-320 91,114 91,115 91,116 91,117 91,118 91,119 91,120 91,121 91,122 91,123 91,124 91,125 2-321 91,139 91,140 91,141 91,142 91,143 91,144 91,145 91,146 91,147 91,148 91,149 91,150 2-322 91,164 91,165 91,166 91,167 91,168 91,169 91,170 91,171 91,172 91,173 91,174 91,175 2-323 91,189 91,190 91,191 91,192 91,193 91,194 91,195 91,196 91,197 91,198 91,199 91,200 2-324 91,214 91,215 91,216 91,217 91,218 91,219 91,220 91,221 91,222 91,223 91,224 91,225 2-325 91,239 91,240 91,241 91,242 91,243 91,244 91,245 91,246 91,247 91,248 91,249 91,250 2-326 91,264 91,265 91,266 91,267 91,268 91,269 91,270 91,271 91,272 91,273 91,274 91,275 2-327 91,289 91,290 91,291 91,292 91,293 91,294 91,295 91,296 91,297 91,298 91,299 91,300 2-328 91,314 91,315 91,316 91,317 91,318 91,319 91,320 91,321 91,322 91,323 91,324 91,325 2-329 91,339 91,340 91,341 91,342 91,343 91,344 91,345 91,346 91,347 91,348 91,349 91,350 2-330 91,364 91,365 91,366 91,367 91,368 91,369 91,370 91,371 91,372 91,373 91,374 91,375

TABLE 70 Compound represented by the formula (1) 1-176 1-177 1-178 1-179 1-180 1-181 1-182 1-183 1-184 1-185 1-186 1-187 1-188 Compound 2-331 91,376 91,377 91,378 91,379 91,380 91,381 91,382 91,383 91,384 91,385 91,386 91,387 91,388 represented 2-332 91,401 91,402 91,403 91,404 91,405 91,406 91,407 91,408 91,409 91,410 91,411 91,412 91,413 by the 2-333 91,426 91,427 91,428 91,429 91,430 91,431 91,432 91,433 91,434 91,435 91,436 91,437 91,438 formula 2-334 91,451 91,452 91,453 91,454 91,455 91,456 91,457 91,458 91,459 91,460 91,461 91,462 91,463 (2) 2-335 91,476 91,477 91,478 91,479 91,480 91,481 91,482 91,483 91,484 91,485 91,486 91,487 91,488 2-336 91,501 91,502 91,503 91,504 91,505 91,506 91,507 91,508 91,509 91,510 91,511 91,512 91,513 2-337 91,526 91,527 91,528 91,529 91,530 91,531 91,532 91,533 91,534 91,535 91,536 91,537 91,538 2-338 91,551 91,552 91,553 91,554 91,555 91,556 91,557 91,558 91,559 91,560 91,561 91,562 91,563 2-339 91,576 91,577 91,578 91,579 91,580 91,581 91,582 91,583 91,584 91,585 91,586 91,587 91,588 2-340 91,601 91,602 91,603 91,604 91,605 91,606 91,607 91,608 91,609 91,610 91,611 91,612 91,613 2-341 91,626 91,627 91,628 91,629 91,630 91,631 91,632 91,633 91,634 91,635 91,636 91,637 91,638 2-342 91,651 91,652 91,653 91,654 91,655 91,656 91,657 91,658 91,659 91,660 91,661 91,662 91,663 2-343 91,676 91,677 91,678 91,679 91,680 91,681 91,682 91,683 91,684 91,685 91,686 91,687 91,688 2-344 91,701 91,702 91,703 91,704 91,705 91,706 91,707 91,708 91,709 91,710 91,711 91,712 91,713 2-345 91,726 91,727 91,728 91,729 91,730 91,731 91,732 91,733 91,734 91,735 91,736 91,737 91,738 2-346 91,751 91,752 91,753 91,754 91,755 91,756 91,757 91,758 91,759 91,760 91,761 91,762 91,763 2-347 91,776 91,777 91,778 91,779 91,780 91,781 91,782 91,783 91,784 91,785 91,786 91,787 91,788 2-348 91,801 91,802 91,803 91,804 91,805 91,806 91,807 91,808 91,809 91,810 91,811 91,812 91,813 2-349 91,826 91,827 91,828 91,829 91,830 91,831 91,832 91,833 91,834 91,835 91,836 91,837 91,838 2-350 91,851 91,852 91,853 91,854 91,855 91,856 91,857 91,858 91,859 91,860 91,861 91,862 91,863 2-351 91,876 91,877 91,878 91,879 91,880 91,881 91,882 91,883 91,884 91,885 91,886 91,887 91,888 2-352 91,901 91,902 91,903 91,904 91,905 91,906 91,907 91,908 91,909 91,910 91,911 91,912 91,913 2-353 91,926 91,927 91,928 91,929 91,930 91,931 91,932 91,933 91,934 91,935 91,836 91,937 91,938 2-354 91,951 91,952 91,953 91,954 91,955 91,956 91,957 91,958 91,959 91,960 91,861 91,962 91,963 2-355 91,976 91,977 91,978 91,979 91,980 91,981 91,982 91,983 91,984 91,985 91,986 91,987 91,988 2-356 92,001 92,002 92,003 92,004 92,005 92,006 92,007 92,008 92,009 92,010 92,011 92,012 92,013 2-357 92,026 92,027 92,028 92,029 92,030 92,031 92,032 92,033 92,034 92,035 92,036 92,037 92,038 2-358 92,051 92,052 92,053 92,054 92,055 92,056 92,057 92,058 92,059 92,060 92,061 92,062 92,063 2-359 92,076 92,077 92,078 92,079 92,080 92,081 92,082 92,083 92,084 92,085 92,086 92,087 92,088 2-360 92,101 92,102 92,103 92,104 92,105 92,106 92,107 92,108 92,109 92,110 92,111 92,112 92,113 2-361 92,126 92,127 92,128 92,129 92,130 92,131 92,132 92,133 92,134 92,135 92,136 92,137 92,138 2-362 92,151 92,152 92,153 92,154 92,155 92,156 92,157 92,158 92,159 92,160 92,161 92,162 92,163 2-363 92,176 92,177 92,178 92,179 92,180 92,181 92,182 92,183 92,184 92,185 92,186 92,187 92,188 2-364 92,201 92,202 92,203 92,204 92,205 92,206 92,207 92,208 92,209 92,210 92,211 92,212 92,213 2-365 92,226 92,227 92,228 92,229 92,230 92,231 92,232 92,233 92,234 92,235 92,236 92,237 92,238 2-366 92,251 92,252 92,253 92,254 92,255 92,256 92,257 92,258 92,259 92,260 92,261 92,262 92,263 2-367 92,276 92,277 92,278 92,279 92,280 92,281 92,282 92,283 92,284 92,285 92,286 92,287 92,288 2-368 92,301 92,302 92,303 92,304 92,305 92,306 92,307 92,308 92,309 92,310 92,311 92,312 92,313 2-369 92,326 92,327 92,328 92,329 92,330 92,331 92,332 92,333 92,334 92,335 92,336 92,337 92,338 2-370 92,351 92,352 92,353 92,354 92,355 92,356 92,357 92,358 92,359 92,360 92,361 92,362 92,363 2-371 92,376 92,377 92,378 92,379 92,380 92,381 92,382 92,383 92,384 92,385 92,386 92,387 92,388 2-372 92,401 92,402 92,403 92,404 92,405 92,406 92,407 92,408 92,409 92,410 92,411 92,412 92,413 2-373 92,426 92,427 92,428 92,429 92,430 92,431 92,432 92,433 92,434 92,435 92,436 92,437 92,438 2-374 92,451 92,452 92,453 92,454 92,455 92,456 92,457 92,458 92,459 92,460 92,461 92,462 92,463 2-375 92,476 92,477 92,478 92,479 92,480 92,481 92,482 92,483 92,484 92,485 92,486 92,487 92,488 2-376 92,501 92,502 92,503 92,504 92,505 92,506 92,507 92,508 92,509 92,510 92,511 92,512 92,513 2-377 92,526 92,527 92,528 92,529 92,530 92,531 92,532 92,533 92,534 92,535 92,536 92,537 92,538 2-378 92,551 92,552 92,553 92,554 92,555 92,556 92,557 92,558 92,559 92,560 92,561 92,562 92,563 2-379 92,576 92,577 92,578 92,579 92,580 92,581 92,582 92,583 92,584 92,585 92,586 92,587 92,588 2-380 92,601 92,602 92,603 92,604 92,605 92,606 92,607 92,608 92,609 92,610 92,611 92,612 92,613 2-381 92,626 92,627 92,628 92,629 92,630 92,631 92,632 92,633 92,634 92,635 92,636 92,637 92,638 2-382 92,651 92,652 92,653 92,654 92,655 92,656 92,657 92,658 92,659 92,660 92,661 92,662 92,663 2-383 92,676 92,677 92,678 92,679 92,680 92,681 92,682 92,683 92,684 92,685 92,686 92,687 92,688 2-384 92,701 92,702 92,703 92,704 92,705 92,706 92,707 92,708 92,709 92,710 92,711 92,712 92,713 2-385 92,726 92,727 92,728 92,729 92,730 92,731 92,732 92,733 92,734 92,735 92,736 92,737 92,738 Compound represented by the formula (1) 1-189 1-190 1-191 1-192 1-193 1-194 1-195 1-196 1-197 1-198 1-199 1-200 Compound 2-331 91,389 91,390 91,391 91,392 91,393 91,394 91,395 91,396 91,397 91,398 91,399 91,400 represented 2-332 91,414 91,415 91,416 91,417 91,418 91,419 91,420 91,421 91,422 91,423 91,424 91,425 by the 2-333 91,439 91,440 91,441 91,442 91,443 91,444 91,445 91,446 91,447 91,448 91,449 91,450 formula 2-334 91,464 91,465 91,466 91,467 91,468 91,469 91,470 91,471 91,472 91,473 91,474 91,475 (2) 2-335 91,489 91,490 91,491 91,492 91,493 91,494 91,495 91,496 91,497 91,498 91,499 91,500 2-336 91,514 91,515 91,516 91,517 91,518 91,519 91,520 91,521 91,522 91,523 91,524 91,525 2-337 91,539 91,540 91,541 91,542 91,543 91,544 91,545 91,546 91,547 91,548 91,549 91,550 2-338 91,564 91,565 91,566 91,567 91,568 91,569 91,570 91,571 91,572 91,573 91,574 91,575 2-339 91,589 91,590 91,591 91,592 91,593 91,594 91,595 91,596 91,597 91,598 91,599 91,600 2-340 91,614 91,615 91,616 91,617 91,618 91,619 91,620 91,621 91,622 91,623 91,624 91,625 2-341 91,639 91,640 91,641 91,642 91,643 91,644 91,645 91,646 91,647 91,648 91,649 91,650 2-342 91,664 91,665 91,666 91,667 91,668 91,669 91,670 91,671 91,672 91,673 91,674 91,675 2-343 91,689 91,690 91,691 91,692 91,693 91,694 91,695 91,696 91,697 91,698 91,699 91,700 2-344 91,714 91,715 91,716 91,717 91,718 91,719 91,720 91,721 91,722 91,723 91,724 91,725 2-345 91,739 91,740 91,741 91,742 91,743 91,744 91,745 91,746 91,747 91,748 91,749 91,750 2-346 91,764 91,765 91,766 91,767 91,768 91,769 91,770 91,771 91,772 91,773 91,774 91,775 2-347 91,789 91,790 91,791 91,792 91,793 91,794 91,795 91,796 91,797 91,798 91,799 91,800 2-348 91,814 91,815 91,816 91,817 91,818 91,819 91,820 91,821 91,822 91,823 91,824 91,825 2-349 91,839 91,840 91,841 91,842 91,843 91,844 91,845 91,846 91,847 91,848 91,849 91,850 2-350 91,864 91,865 91,866 91,867 91,868 91,869 91,870 91,871 91,872 91,873 91,874 91,875 2-351 91,889 91,890 91,891 91,892 91,893 91,894 91,895 91,896 91,897 91,898 91,899 91,900 2-352 91,914 91,915 91,916 91,917 91,918 91,919 91,920 91,921 91,922 91,923 91,924 91,925 2-353 91,939 91,940 91,941 91,942 91,943 91,944 91,945 91,946 91,947 91,948 91,949 91,950 2-354 91,964 91,965 91,966 91,967 91,968 91,969 91,970 91,971 91,972 91,973 91,974 91,975 2-355 91,989 91,990 91,991 91,992 91,993 91,994 91,995 91,996 91,997 91,998 91,999 92,000 2-356 92,014 92,015 92,016 92,017 92,018 92,019 92,020 92,021 92,022 92,023 92,024 92,025 2-357 92,039 92,040 92,041 92,042 92,043 92,044 92,045 92,046 92,047 92,048 92,049 92,050 2-358 92,064 92,065 92,066 92,067 92,068 92,069 92,070 92,071 92,072 92,073 92,074 92,075 2-359 92,089 92,090 92,091 92,092 92,093 92,094 92,095 92,096 92,097 92,098 92,099 92,100 2-360 92,114 92,115 92,116 92,117 92,118 92,119 92,120 92,121 92,122 92,123 92,124 92,125 2-361 92,139 92,140 92,141 92,142 92,143 92,144 92,145 92,146 92,147 92,148 92,149 92,150 2-362 92,164 92,165 92,166 92,167 92,168 92,169 92,170 92,171 92,172 92,173 92,174 92,175 2-363 92,189 92,190 92,191 92,192 92,193 92,194 92,195 92,196 92,197 92,198 92,199 92,200 2-364 92,214 92,215 92,216 92,217 92,218 92,219 92,220 92,221 92,222 92,223 92,224 92,225 2-365 92,239 92,240 92,241 92,242 92,243 92,244 92,245 92,246 92,247 92,248 92,249 92,250 2-366 92,264 92,265 92,266 92,267 92,268 92,269 92,270 92,271 92,272 92,273 92,274 92,275 2-367 92,289 92,290 92,291 92,292 92,293 92,294 92,295 92,296 92,297 92,298 92,299 92,300 2-368 92,314 92,315 92,316 92,317 92,318 92,319 92,320 92,321 92,322 92,323 92,324 92,325 2-369 92,339 92,340 92,341 92,342 92,343 92,344 92,345 92,346 92,347 92,348 92,349 92,350 2-370 92,364 92,365 92,366 92,367 92,368 92,369 92,370 92,371 92,372 92,373 92,374 92,375 2-371 92,389 92,390 92,391 92,392 92,393 92,394 92,395 92,396 92,397 92,398 92,399 92,400 2-372 92,414 92,415 92,416 92,417 92,418 92,419 92,420 92,421 92,422 92,423 92,424 92,425 2-373 92,439 92,440 92,441 92,442 92,443 92,444 92,445 92,446 92,447 92,448 92,449 92,450 2-374 92,464 92,465 92,46 92,467 92,468 92,469 92,470 92,471 92,472 92,473 92,474 92,475 2-375 92,489 92,490 92,491 92,492 92,493 92,494 92,495 92,496 92,497 92,498 92,499 92,500 2-376 92,514 92,515 92,516 92,517 92,518 92,519 92,520 92,521 92,522 92,523 92,524 92,525 2-377 92,539 92,540 92,541 92,542 92,543 92,544 92,545 92546 92,547 92,548 92,549 92,550 2-378 92,564 92,565 92,566 92,567 92,568 92,568 92,570 92,571 92,572 92,573 92,574 92,575 2-379 92,589 92,590 92,591 92,592 92,593 92,594 92,595 92,596 92,597 92,598 92,599 92,600 2-380 92,614 92,615 92,616 92,617 92,618 92,619 92,620 92,621 92,622 92,623 92,624 92,625 2-381 92,639 92,640 92,641 92,642 92,643 92,644 92,645 92,646 92,647 92,648 92,649 92,650 2-382 92,664 92,665 92,666 92,667 92,668 92,669 92,670 92,671 92,672 92,673 92,674 92,675 2-383 92,689 92,690 92,691 92,692 92,693 92,694 92,595 92,696 92,697 92,698 92,699 92,700 2-384 92,714 92,715 92,716 92,717 92,718 92,719 92,720 92,721 92,722 92,723 92,724 92,725 2-385 92,739 92,740 92,741 92,742 92,743 92,744 92,745 92,746 92,747 92,748 92,749 92,750

TABLE 71 Compound represented by the formula (1) 1-176 1-177 1-178 1-179 1-180 1-181 1-182 1-183 1-184 1-185 1-186 1-187 1-188 Compound 2-386 92,751 92,752 92,753 92,754 92,755 92,756 92,757 92,758 92,759 92,760 92,761 92,762 92,763 represented 2-387 92,776 92,777 92,778 92,779 92,780 92,781 92,782 92,783 92,784 92,785 92,786 92,787 92,788 by the 2-388 92,801 92,802 92,803 92,804 92,805 92,806 92,807 92,808 92,809 92,810 92,811 92,812 92,813 formula 2-389 92,826 92,827 92,828 92,829 92,830 92,831 92,832 92,833 92,834 92,835 92,836 92,837 92,838 (2) 2-390 92,851 92,852 92,853 92,854 92,855 92,856 92,857 92,858 92,859 92,860 92,861 92,862 92,863 2-391 92,876 92,877 92,878 92,879 92,880 92,881 92,882 92,883 92,884 92,885 92,886 92,887 92,888 2-392 92,901 92,902 92,903 92,904 92,905 92,906 92,907 92,908 92,909 92,910 92,911 92,912 92,913 2-393 92,926 92,927 92,928 92,929 92,930 92,931 92,932 92,933 92,934 92,935 92,936 92,937 92,938 2-394 92,951 92,952 92,953 92,954 92,955 92,956 92,957 92,958 92,959 92,960 92,961 92,962 92,963 2-395 92,976 92,977 92,978 92,979 92,980 92,981 92,982 92,983 92,984 92,985 92,986 92,987 92,988 2-396 93,001 93,002 93,003 93,004 93,005 93,006 93,007 93,008 93,009 93,010 93,011 93,012 93,013 2-397 93,026 93,027 93,028 93,029 93,030 93,031 93,032 93,033 93,034 93,035 93,036 93,037 93,038 2-398 93,051 93,052 93,053 93,054 93,055 93,056 93,057 93,058 93,059 93,060 93,061 93,062 93,063 2-399 93,076 93,077 93,078 93,079 93,080 93,081 93,082 93,083 93,084 93,085 93,086 93,087 93,088 2-400 93,101 93,102 93,103 93,104 93,105 93,106 93,107 93,108 93,109 93,110 93,111 93,112 93,113 2-401 93,126 93,127 93,128 93,129 93,130 93,131 93,132 93,133 93,134 93,135 93,136 93,137 93,138 2-402 93,151 93,152 93,153 93,154 93,155 93,156 93,157 93,158 93,159 93,160 93,161 93,162 93,163 2-403 93,176 93,177 93,178 93,179 93,180 93,181 93,182 93,183 93,184 93,185 93,186 93,187 93,188 2-404 93,201 93,202 93,203 93,204 93,205 93,206 93,207 93,208 93,209 93,210 93,211 93,212 93,213 2-405 93,226 93,227 93,228 93,229 93,230 93,231 93,232 93,233 93,234 93,235 93,236 93,237 93,238 2-406 93,251 93,252 93,253 93,254 93,255 93,256 93,257 93,258 93,259 93,260 93,261 93,262 93,263 2-407 93,276 93,277 93,278 93,279 93,280 93,281 93,282 93,283 93,284 93,285 93,286 93,287 93,288 2-408 93,301 93,302 93,303 93,304 93,305 93,306 93,307 93,308 93,309 93,310 93,311 93,312 93,313 2-409 93,326 93,327 93,328 93,329 93,330 93,331 93,332 93,333 93,334 93,335 93,336 93,337 93,338 2-410 93,351 93,352 93,353 93,354 93,355 93,356 93,357 93,358 93,359 93,360 93,361 93,362 93,363 2-411 93,376 93,377 93,378 93,379 93,380 93,381 93,382 93,383 93,384 93,385 93,386 93,387 93,388 2-412 93,401 93,402 93,403 93,404 93,405 93,406 93,407 93,408 93,409 93,410 93,411 93,412 93,413 2-413 93,426 93,427 93,428 93,429 93,430 93,431 93,432 93,433 93,434 93,435 93,436 93,437 93,438 2-414 93,451 93,452 93,453 93,454 93,455 93,456 93,457 93,458 93,459 93,460 93,461 93,462 93,463 2-415 93,476 93,477 93,478 93,479 93,480 93,481 93,482 93,483 93,484 93,485 93,486 93,487 93,488 2-416 93,501 93,502 93,503 93,504 93,505 93,506 93,507 93,508 93,509 93,510 93,511 93,512 93,513 2-417 93,526 93,527 93,528 93,529 93,530 93,531 93,532 93,533 93,534 93,535 93,536 93,537 93,538 2-418 93,551 93,552 93,553 93,554 93,555 93,556 93,557 93,558 93,559 93,560 93,561 93,562 93,563 2-419 93,576 93,577 93,578 93,579 93,580 93,581 93,582 93,583 93,584 93,585 93,586 93,587 93,588 2-420 93,601 93,602 93,603 93,604 93,605 93,606 93,607 93,608 93,609 93,610 93,611 93,612 93,613 2-421 93,626 93,627 93,628 93,629 93,630 93,631 93,632 93,633 93,634 93,635 93,636 93,637 93,638 2-422 93,651 93,652 93,653 93,654 93,655 93,656 93,657 93,658 93,659 93,660 93,661 93,662 93,663 2-423 93,676 93,677 93,678 93,679 93,680 93,681 93,685 93,683 93,684 93,685 93,686 93,687 93,688 2-424 93,701 93,702 93,703 93,704 93,705 93,706 93,707 93,708 93,709 93,710 93,711 93,712 93,713 2-425 93,726 93,727 93,728 93,729 93,730 93,731 93,732 93,733 93,734 93,735 93,736 93,737 93,738 2-426 93,751 93,752 93,753 93,754 93,755 93,756 93,757 93,758 93,759 93,760 93,761 93,762 93,763 2-427 93,776 93,777 93,778 93,779 93,780 93,781 93,782 93,783 93,784 93,785 93,786 93,787 93,788 2-428 93,801 93,802 93,803 93,804 93,805 93,806 93,807 93,808 93,809 93,810 93,811 93,812 93,813 2-429 93,826 93,827 93,828 93,829 93,830 93,831 93,832 93,833 93,834 93,835 93,836 93,837 93,838 2-430 93,851 93,852 93,853 93,854 93,855 93,856 93,857 93,858 93,859 93,860 93,861 93,862 93,863 2-431 93,876 93,877 93,878 93,879 93,880 93,881 93,882 93,883 93,884 93,885 93,886 93,887 93,888 2-432 93,901 93,902 93,903 93,904 93,905 93,906 93,907 93,908 93,909 93,910 93,911 93,912 93,913 2-433 93,926 93,927 93,928 93,929 93,930 93,931 93,932 93,933 93,934 93,935 93,936 93,937 93,938 2-434 93,951 93,952 93,953 93,954 93,955 93,956 93,957 93,958 93,959 93,960 93,961 93,962 93,963 2-435 94,976 93,977 93,978 93,979 93,980 93,981 93,982 93,983 93,984 93,985 93,986 93,987 93,988 2-436 94,001 94,002 94,003 94,004 94,005 94,006 94,007 94,008 94,009 94,010 94,011 94,012 94,013 2-437 94,026 94,027 94,028 94,029 94,030 94,031 94,032 94,033 94,034 94,035 94,036 94,037 94,038 2-438 94,051 94,052 94,053 94,054 94,055 94,056 94,057 94,058 94,059 94,060 94,061 94,062 94,063 2-439 94,076 94,077 94,078 94,079 94,080 94,081 94,082 94,083 94,084 94,085 94,086 94,087 94,088 2-440 94,101 94,102 94,103 94,104 94,105 94,106 94,107 94,108 94,109 94,110 94,111 94,112 94,113 1-189 1-190 1-191 1-192 1-193 1-194 1-195 1-196 1-197 1-198 1-199 1-200 Compound 2-386 92,764 92,765 92,766 92,767 92,768 92,769 92,770 92,771 92,772 92,773 92,774 92,775 represented 2-387 92,789 92,790 92,791 92,792 92,793 92,794 92,795 92,796 92,797 92,798 92,799 92,800 by the 2-388 92,814 92,815 92,816 92,817 92,818 92,819 92,820 92,821 92,822 92,823 92,824 92,825 formula 2-389 92,839 92,840 92,841 92,842 92,843 92,844 92,845 92,846 92,847 92,848 92,849 92,850 (2) 2-390 92,864 92,865 92,866 92,867 92,868 92,869 92,870 92,871 92,872 92,873 92,874 92,875 2-391 92,889 92,890 92,891 92,892 92,893 92,894 92,895 92,896 92,897 92,898 92,899 92,900 2-392 92,914 92,915 92,916 92,917 92,918 92,919 92,920 92,921 92,922 92,923 92,924 92,925 2-393 92,939 92,940 92,941 92,942 92,943 92,944 92,945 92,946 92,947 92,948 92,949 92,950 2-394 92,964 92,965 92,966 92,967 92,968 92,969 92,970 92,971 92,972 92,973 92,974 92,975 2-395 92,989 92,990 92,991 92,992 92,993 92,994 92,995 92,996 92,997 92,998 92,999 93,000 2-396 93,014 93,015 93,016 93,017 93,018 93,019 93,020 93,021 93,022 93,023 93,024 93,025 2-397 93,039 93,040 93,041 93,042 93,043 93,044 93,045 93,046 93,047 93,048 93,049 93,050 2-398 93,064 93,065 93,066 93,067 93,068 93,069 93,070 93,071 93,072 93,073 93,074 93,075 2-399 93,089 93,090 93,091 93,092 93,093 93,094 93,095 93,096 93,097 93,098 93,099 93,100 2-400 93,114 93,115 93,116 93,117 93,118 93,119 93,120 93,121 93,122 93,123 93,124 93,125 2-401 93,139 93,140 93,141 93,142 93,143 93,144 93,145 93,146 93,147 93,148 93,149 93,150 2-402 93,164 93,165 93,166 93,167 93,168 93,169 93,170 93,171 93,172 93,173 93,174 93,175 2-403 93,189 93,190 93,191 93,192 93,193 93,194 93,195 93,196 93,197 93,198 93,199 93,200 2-404 93,214 93,215 93,216 93,217 93,218 93,219 93,220 93,221 93,222 93,223 93,224 93,225 2-405 93,239 93,240 93,241 93,242 93,243 93,244 93,245 93,246 93,247 93,248 93,249 93,250 2-406 93,264 93,265 93,266 93,267 93,268 93,269 93,270 93,271 93,272 93,273 93,274 93,275 2-407 93,289 93,290 93,291 93,292 93,293 93,294 93,295 93,296 93,297 93,298 93,299 93,300 2-408 93,314 93,315 93,316 93,317 93,318 93,319 93,320 93,321 93,322 93,323 93,324 93,325 2-409 93,339 93,340 93,341 93,342 93,343 93,344 93,345 93,346 93,347 93,348 93,349 93,350 2-410 93,364 93,365 93,366 93,367 93,368 93,369 93,370 93,371 93,372 93,373 93,374 93,375 2-411 93,389 93,390 93,391 93,392 93,393 93,394 93,395 93,396 93,397 93,398 93,399 93,400 2-412 93,414 93,415 93,416 93,417 93,418 93,419 93,420 93,421 93,422 93,423 93,424 93,425 2-413 93,439 93,440 93,441 93,442 93,443 93,444 93,445 93,446 93,447 93,448 93,449 93,450 2-414 93,464 93,465 93,466 93,467 93,468 93,469 93,470 93,471 93,472 93,473 93,474 93,475 2-415 93,489 93,490 93,491 93,492 93,493 93,494 93,495 93,496 93,497 93,498 93,499 93,500 2-416 93,514 93,515 93,516 93,517 93,518 93,519 93,520 93,521 93,522 93,523 93,524 93,525 2-417 93,539 93,540 93,541 93,542 93,543 93,544 93,545 93,546 93,547 93,548 93,549 93,550 2-418 93,564 93,565 93,566 93,567 93,568 93,569 93,570 93,571 93,572 93,573 93,574 93,575 2-419 93,589 93,590 93,591 93,592 93,593 93,594 93,595 93,596 93,597 93,598 93,599 93,600 2-420 93,614 93,615 93,616 93,617 93,618 93,619 93,620 93,621 93,622 93,623 93,624 93,625 2-421 93,639 93,640 93,641 93,642 93,643 93,644 93,645 93,646 93,647 93,648 93,649 93,650 2-422 93,664 93,665 93,666 93,667 93,668 93,669 93,670 93,671 93,672 93,673 93,674 93,675 2-423 93,689 93,690 93,691 93,692 93,693 93,694 93,695 93,696 93,697 93,698 93,699 93,700 2-424 93,714 93,715 93,716 93,717 93,718 93,719 93,720 93,721 93,722 93,723 93,724 93,725 2-425 93,739 93,740 93,741 93,742 93,743 93,744 93,745 93,746 93,747 93,748 93,749 93,750 2-426 93,764 93,765 93,766 93,767 93,768 93,769 93,770 93,771 93,772 93,773 93,774 93,775 2-427 93,789 93,790 93,791 93,792 93,793 93,794 93,795 93,796 93,797 93,798 93,799 93,800 2-428 93,814 93,815 93,816 93,817 93,818 93,819 93,820 93,821 93,822 93,823 93,824 93,825 2-429 93,839 93,840 93,841 93,842 93,843 93,844 93,845 93,846 93,847 93,848 93,849 93,850 2-430 93,864 93,865 93,866 93,867 93,868 93,869 93,870 93,871 93,872 93,873 93,874 93,875 2-431 93,889 93,890 93,891 93,892 93,893 93,894 93,895 93,896 93,897 93,898 93,899 93,900 2-432 93,914 93,915 93,916 93,917 93,918 93,919 93,920 93,921 93,922 93,923 93,924 93,925 2-433 93,939 93,940 93,941 93,942 93,943 93,944 93,945 93,946 93,947 93,948 93,949 93,950 2-434 93,964 93,965 93,966 93,967 93,968 93,969 93,970 93,971 93,972 93,973 93,974 93,975 2-435 93,989 93,990 93,991 93,992 93,993 93,994 93,995 93,996 93,997 93,998 93,999 94,000 2-436 94,014 94,015 94,016 94,017 94,018 94,019 94,020 94,021 94,022 94,023 94,024 94,025 2-437 94,039 94,040 94,041 94,042 94,043 94,044 94,045 94,046 94,047 94,048 94,049 94,050 2-438 94,064 94,065 94,066 94,067 94,068 94,069 94,070 94,071 94,072 94,073 94,074 94,075 2-439 94,089 94,090 94,091 94,092 94,093 94,094 94,095 94,096 94,097 94,098 94,099 94,100 2-440 94,114 94,115 94,116 94,117 94,118 94,119 94,120 94,121 94,122 94,123 94,124 94,125

TABLE 72 Compound represented by the formula (1) 1-176 1-177 1-178 1-179 1-180 1-181 1-182 1-183 1-184 1-185 1-186 1-187 1-188 Compound 2-441 94,126 94,127 94,128 94,129 94,130 94,131 94,132 94,133 94,134 94,135 94,136 94,137 94,138 represented 2-442 94,151 94,152 94,153 94,154 94,155 94,156 94,157 94,158 94,159 94,160 94,161 94,162 94,163 by the 2-443 94,176 94,177 94,178 94,179 94,180 94,181 94,182 94,183 94,184 94,185 94,186 94,187 94,188 formula 2-444 94,201 94,202 94,203 94,204 94,205 94,206 94,207 94,208 94,209 94,210 94,211 94,212 94,213 (2) 2-445 94,226 94,227 94,228 94,229 94,230 94,231 94,232 94,233 94,234 94,235 94,236 94,237 94,238 2-446 94,251 94,252 94,253 94,254 94,255 94,256 94,257 94,258 94,259 94,260 94,261 94,262 94,263 2-447 94,276 94,277 94,278 94,279 94,280 94,281 94,282 94,283 94,284 94,285 94,286 94,287 94,288 2-448 94,301 94,302 94,303 94,304 94,305 94,306 94,307 94,308 94,309 94,310 94,311 94,312 94,313 2-449 94,326 94,327 94,328 94,329 94,330 94,331 94,332 94,333 94,334 94,335 94,336 94,337 94,338 2-450 94,351 94,352 94,353 94,354 94,355 94,356 94,357 94,358 94,359 94,360 94,361 94,362 94,363 2-451 94,376 94,377 94,378 94,379 94,380 94,381 94,382 94,383 94,384 94,385 94,386 94,387 94,388 2-452 94,401 94,402 94,403 94,404 94,405 94,406 94,407 94,408 94,409 94,410 94,411 94,412 94,413 2-453 94,426 94,427 94,428 94,429 94,430 94,431 94,432 94,433 94,434 94,435 94,436 94,437 94,438 2-454 94,451 94,452 94,453 94,454 94,455 94,456 94,457 94,458 94,459 94,460 94,461 94,462 94,463 2-455 94,476 94,477 94,478 94,479 94,480 94,481 94,482 94,483 94,484 94,485 94,486 94,487 94,488 2-456 94,501 94,502 94,503 94,504 94,505 94,506 94,507 94,508 94,509 94,510 94,511 94,512 94,513 2-457 94,526 94,527 94,528 94,529 94,530 94,531 94,532 94,533 94,534 94,535 94,536 94,537 94,538 2-458 94,551 94,552 94,553 94,554 94,555 94,556 94,557 94,558 94,559 94,560 94,561 94,562 94,563 2-459 94,576 94,577 94,578 94,579 94,580 94,581 94,582 94,583 94,584 94,585 94,586 94,587 94,588 2-460 94,601 94,602 94,603 94,604 94,605 94,606 94,607 94,608 94,609 94,610 94,611 94,612 94,613 2-461 94,626 94,627 94,628 94,629 94,630 94,631 94,632 94,633 94,634 94,635 94,636 94,637 94,638 2-462 94,651 94,652 94,653 94,654 94,655 94,656 94,657 94,658 94,659 94,660 94,661 94,662 94,663 2-463 94,676 94,677 94,678 94,679 94,680 94,681 94,682 94,683 94,684 94,685 94,686 94,687 94,688 2-464 94,701 94,702 94,703 94,704 94,705 94,706 94,707 94,708 94,709 94,710 94,711 94,712 94,713 2-465 94,726 94,727 94,728 94,729 94,730 94,731 94,732 94,733 94,734 94,735 94,736 94,737 94,738 2-466 94,751 94,752 94,753 94,754 94,755 94,756 94,757 94,758 94,759 94,760 94,761 94,762 94,763 2-467 94,776 94,777 94,778 94,779 94,780 94,781 94,782 94,783 94,784 94,785 94,786 94,787 94,788 2-468 94,801 94,802 94,803 94,804 94,805 94,806 94,807 94,808 94,809 94,810 94,811 94,812 94,813 2-469 94,826 94,827 94,828 94,829 94,830 94,831 94,832 94,833 94,834 94,835 94,836 94,837 94,838 2-470 94,851 94,852 94,853 94,854 94,855 94,856 94,857 94,858 94,859 94,860 94,861 94,862 94,863 2-471 94,876 94,877 94,878 94,879 94,880 94,881 94,882 94,883 94,884 94,885 94,886 94,887 94,888 2-472 94,901 94,902 94,903 94,904 94,905 94,906 94,907 94,908 94,909 94,910 94,911 94,912 94,913 2-473 94,926 94,927 94,928 94,929 94,930 94,931 94,932 94,933 94,934 94,935 94,936 94,937 94,938 2-474 94,951 94,952 94,953 94,954 94,955 94,956 94,957 94,958 94,959 94,960 94,961 94,962 94,963 2-475 94,976 94,977 94,978 94,979 94,980 94,981 94,982 94,983 94,984 94,985 94,986 94,987 94,988 Compound represented by the formula (1) 1-189 1-190 1-191 1-192 1-193 1-194 1-195 1-196 1-197 1-198 1-199 1-200 Compound 2-441 94,139 94,140 94,141 94,142 94,143 94,144 94,145 94,146 94,147 94,148 94,149 94,150 represented 2-442 94,164 94,165 94,166 94,167 94,168 94,169 94,170 94,171 94,172 94,173 94,174 94,175 by the 2-443 94,189 94,190 94,191 94,192 94,193 94,194 94,195 94,196 94,197 94,198 94,199 94,200 formula 2-444 94,214 94,215 94,216 94,217 94,218 94,219 94,220 94,221 94,222 94,223 94,224 94,225 (2) 2-445 94,239 94,240 94,241 94,242 94,243 94,244 94,245 94,246 94,247 94,248 94,249 94,250 2-446 94,264 94,265 94,266 94,267 94,268 94,269 94,270 94,271 94,272 94,273 94,274 94,275 2-447 94,289 94,290 94,291 94,292 94,293 94,294 94,295 94,296 94,297 94,298 94,299 94,300 2-448 94,314 94,315 94,316 94,317 94,318 94,319 94,320 94,321 94,322 94,323 94,324 94,325 2-449 94,339 94,340 94,341 94,342 94,343 94,344 94,345 94,346 94,347 94,348 94,349 94,350 2-450 94,364 94,365 94,366 94,367 94,368 94,369 94,370 94,371 94,372 94,373 94,374 94,375 2-451 94,389 94,390 94,391 94,392 94,393 94,394 94,395 94,396 94,397 94,398 94,399 94,400 2-452 94,414 94,415 94,416 94,417 94,418 94,419 94,420 94,421 94,422 94,423 94,424 94,425 2-453 94,439 94,440 94,441 94,442 94,443 94,444 94,445 94,446 94,447 94,448 94,449 94,450 2-454 94,464 94,465 94,466 94,467 94,468 94,469 94,470 94,471 94,472 94,473 94,474 94,475 2-455 94,489 94,490 94,491 94,492 94,493 94,494 94,495 94,496 94,497 94,498 94,499 94,500 2-456 94,514 94,515 94,516 94,517 94,518 94,519 94,520 94,521 94,522 94,523 94,524 94,525 2-457 94,539 94,540 94,541 94,542 94,543 94,544 94,545 94,546 94,547 94,548 94,549 94,550 2-458 94,564 94,565 94,566 94,567 94,568 94,569 94,570 94,571 94,572 94,573 94,574 94,575 2-459 94,589 94,590 94,591 94,592 94,593 94,594 94,595 94,596 94,597 94,598 94,599 94,600 2-460 94,614 94,615 94,616 94,617 94,618 94,619 94,620 94,621 94,622 94,623 94,624 94,625 2-461 94,639 94,640 94,641 94,642 94,643 94,644 94,645 94,646 94,647 94,648 94,649 94,650 2-462 94,664 94,665 94,666 94,667 94,668 94,669 94,670 94,671 94,672 94,673 94,674 94,675 2-463 94,689 94,690 94,691 94,692 94,693 94,694 94,695 94,696 94,697 94,698 94,699 94,700 2-464 94,714 94,715 94,716 94,717 94,718 94,719 94,720 94,721 94,722 94,723 94,724 94,725 2-465 94,739 94,740 94,741 94,742 94,743 94,744 94,745 94,746 94,747 94,748 94,749 94,750 2-466 94,764 94,765 94,766 94,767 94,768 94,769 94,770 94,771 94,772 94,773 94,774 94,775 2-467 94,789 94,790 94,791 94,792 94,793 94,794 94,795 94,796 94,797 94,798 94,799 94,800 2-468 94,814 94,815 94,816 94,817 94,818 94,819 94,820 94,821 94,822 94,823 94,824 94,825 2-469 94,839 94,840 94,841 94,842 94,843 94,844 94,845 94,846 94,847 94,848 94,849 94,850 2-470 94,864 94,865 94,866 94,867 94,868 94,869 94,870 94,871 94,872 94,873 94,874 94,875 2-471 94,889 94,890 94,891 94,892 94,893 94,894 94,895 94,896 94,897 94,898 94,899 94,900 2-472 94,914 94,915 94,916 94,917 94,918 94,919 94,920 94,921 94,922 94,923 94,924 94,925 2-473 94,939 94,940 94,941 94,942 94,943 94,944 94,945 94,946 94,947 94,948 94,949 94,950 2-474 94,964 94,965 94,966 94,967 94,968 94,969 94,970 94,971 94,972 94,973 94,974 94,975 2-475 94,989 94,990 94,991 94,992 94,993 94,994 94,995 94,996 94,997 94,998 94,999 95,000

TABLE 73 Compound represented by the formula (1) 1-201 1-202 1-203 1-204 1-205 1-206 1-207 1-208 Compound 2-1 95,001 95,002 95,003 95,004 95,005 95,006 95,007 95,008 represented 2-2 95,017 95,018 95,019 95,020 95,021 95,022 95,023 95,024 by the 2-3 95,033 95,034 95,035 95,036 95,037 95,038 95,039 95,040 formula 2-4 95,049 95,050 95,051 95,052 95,053 95,054 95,055 95,056 (2) 2-5 95,065 95,066 95,067 95,068 95,069 95,070 95,071 95,072 2-6 95,081 95,082 95,083 95,084 95,085 95,086 95,087 95,088 2-7 95,097 95,098 95,099 95,100 95,101 95,102 95,103 95,104 2-8 95,113 95,114 95,115 95,116 95,117 95,118 95,119 95,120 2-9 95,129 95,130 95,131 95,132 95,133 95,134 95,135 95,136 2-10 95,145 95,146 95,147 95,148 95,149 95,150 95,151 95,152 2-11 95,161 95,162 95,163 95,164 95,165 95,166 95,167 95,168 2-12 95,177 95,178 95,179 95,180 95,181 95,182 95,183 95,184 2-13 95,193 95,194 95,195 95,196 95,197 95,198 95,199 95,200 2-14 95,209 95,210 95,211 95,212 95,213 95,214 95,215 95,216 2-15 95,225 95,226 95,227 95,228 95,229 95,230 95,231 95,232 2-16 95,241 95,242 95,243 95,244 95,245 95,246 95,247 95,248 2-17 95,257 95,258 95,259 95,260 95,261 95,262 95,263 95,264 2-18 95,273 95,274 95,275 95,276 95,277 95,278 95,279 95,280 2-19 95,289 95,290 95,291 95,292 95,293 95,294 95,295 95,296 2-20 95,305 95,306 95,307 95,308 95,309 95,310 95,311 95,312 2-21 95,321 95,322 95,323 95,324 95,325 95,326 95,327 95,328 2-22 95,337 95,338 95,339 95,340 95,341 95,342 95,343 95,344 2-23 95,353 95,354 95,355 95,356 95,357 95,358 95,359 95,360 2-24 95,369 95,370 95,371 95,372 95,373 95,374 95,375 95,376 2-25 95,385 95,386 95,387 95,388 95,389 95,390 95,391 95,392 2-26 95,401 95,402 95,403 95,404 95,405 95,406 95,407 95,408 2-27 95,417 95,418 95,419 95,420 95,421 95,422 95,423 95,424 2-28 95,433 95,434 95,435 95,436 95,437 95,438 95,439 95,440 2-29 95,449 95,450 95,451 95,452 95,453 95,454 95,455 95,456 2-30 95,465 95,466 95,467 95,468 95,469 95,470 95,471 95,472 2-31 95,481 95,482 95,483 95,484 95,485 95,486 95,487 95,488 2-32 95,497 95,498 95,499 95,500 95,501 95,502 95,503 95,504 2-33 95,513 95,514 95,515 95,516 95,517 95,518 95,519 95,520 2-34 95,529 95,530 95,531 95,532 95,533 95,534 95,535 95,536 2-35 95,545 95,546 95,547 95,548 95,549 95,550 95,551 95,552 2-36 95,561 95,562 95,563 95,564 95,565 95,566 95,567 95,568 2-37 95,577 95,578 95,579 95,580 95,581 95,582 95,583 95,584 2-38 95,593 95,594 95,595 95,596 95,597 95,598 95,599 95,600 2-39 95,609 95,610 95,611 95,612 95,613 95,614 95,615 95,616 2-40 95,625 95,626 95,627 95,628 95,629 95,630 95,631 95,632 2-41 95,641 95,642 95,643 95,644 95,645 95,646 95,647 95,648 2-42 95,657 95,658 95,659 95,660 95,661 95,662 95,663 95,664 2-43 95,673 95,674 95,675 95,676 95,677 95,678 95,679 95,680 2-44 95,689 95,690 95,691 95,692 95,693 95,694 95,695 95,696 2-45 95,705 95,706 95,707 95,708 95,709 95,710 95,711 95,712 2-46 95,721 95,722 95,723 95,724 95,725 95,726 95,727 95,728 2-47 95,737 95,738 95,739 95,740 95,741 95,742 95,743 95,744 2-48 95,753 95,754 95,755 95,756 95,757 95,758 95,759 95,760 2-49 95,769 95,770 95,771 95,772 95,773 95,774 95,775 95,776 2-50 95,785 95,786 95,787 95,788 95,789 95,790 95,791 95,792 2-51 95,801 95,802 95,803 95,804 95,805 95,806 95,807 95,808 2-52 95,817 95,818 95,819 95,820 95,821 95,822 95,823 95,824 2-53 95,833 95,834 95,835 95,836 95,837 95,838 95,839 95,840 2-54 95,849 95,850 95,851 95,852 95,853 95,854 95,855 95,856 2-55 95,865 95,866 95,867 95,868 95,869 95,870 95,871 95,872 2-56 95,881 95,882 95,883 95,884 95,885 95,886 95,887 95,888 2-57 95,897 95,898 95,899 95,900 95,901 95,902 95,903 95,904 2-58 95,913 95,914 95,915 95,916 95,917 95,918 95,919 95,920 2-59 95,929 95,930 95,931 95,932 95,933 95,934 95,935 95,936 2-60 95,945 95,946 95,947 95,948 95,949 95,950 95,951 95,952 2-61 95,961 95,962 95,963 95,964 95,965 95,966 95,967 95,968 2-62 95,977 95,978 95,979 95,980 95,981 95,982 95,983 95,984 2-63 95,993 95,994 95,995 95,996 95,997 95,998 95,999 96,000 2-64 96,009 96,010 96,011 96,012 96,013 96,014 96,015 96,016 2-65 96,025 96,026 96,027 96,028 96,029 96,030 96,031 96,032 2-66 96,041 96,042 96,043 96,044 96,045 96,046 96,047 96,048 2-67 96,057 96,058 96,059 96,060 96,061 96,062 96,063 96,064 2-68 96,073 96,074 96,075 96,076 96,077 96,078 96,079 96,080 2-69 96,089 96,090 96,091 96,092 96,093 96,094 96,095 96,096 2-70 96,105 96,106 96,107 96,108 96,109 96,110 96,111 96,112 2-71 96,121 96,122 96,123 96,124 96,125 96,126 96,127 96,128 2-72 96,137 96,138 96,139 96,140 96,141 96,142 96,143 96,144 2-73 96,153 96,154 96,155 96,156 96,157 96,158 96,159 96,160 2-74 96,169 96,170 96,171 96,172 96,173 96,174 96,175 96,176 2-75 96,185 96,186 96,187 96,188 96,189 96,190 96,191 96,192 Compound represented by the formula (1) 1-209 1-210 1-211 1-212 1-213 1-214 1-215 1-216 Compound 2-1 95,009 95,010 95,011 95,012 95,013 95,014 95,015 95,016 represented 2-2 95,025 95,026 95,027 95,028 95,029 95,030 95,031 95,032 by the 2-3 95,041 95,042 95,043 95,044 95,045 95,046 95,047 95,048 formula 2-4 95,057 95,058 95,059 95,060 95,061 95,062 95,063 95,064 (2) 2-5 95,073 95,074 95,075 95,076 95,077 95,078 95,079 95,080 2-6 95,089 95,090 95,091 95,092 95,093 95,094 95,095 95,096 2-7 95,105 95,106 95,107 95,108 95,109 95,110 95,111 95,112 2-8 95,121 95,122 95,123 95,124 95,125 95,126 95,127 95,128 2-9 95,137 95,138 95,139 95,140 95,141 95,142 95,143 95,144 2-10 95,153 95,154 95,155 95,156 95,157 95,158 95,159 95,160 2-11 95,169 95,170 95,171 95,172 95,173 95,174 95,175 95,176 2-12 95,185 95,186 95,187 95,188 95,189 95,190 95,191 95,192 2-13 95,201 95,202 95,203 95,204 95,205 95,206 95,207 95,208 2-14 95,217 95,218 95,219 95,220 95,221 95,222 95,223 95,224 2-15 95,233 95,234 95,235 95,236 95,237 95,238 95,239 95,240 2-16 95,249 95,250 95,251 95,252 95,253 95,254 95,255 95,256 2-17 95,265 95,266 95,267 95,268 95,269 95,270 95,271 95,272 2-18 95,281 95,282 95,283 95,284 95,285 95,286 95,287 95,288 2-19 95,297 95,298 95,299 95,300 95,301 95,302 95,303 95,304 2-20 95,313 95,314 95,315 95,316 95,317 95,318 95,319 95,320 2-21 95,329 95,330 95,331 95,332 95,333 95,334 95,335 95,336 2-22 95,345 95,346 95,347 95,348 95,349 95,350 95,351 95,352 2-23 95,361 95,362 95,363 95,364 95,365 95,366 95,367 95,368 2-24 95,377 95,378 95,379 95,380 95,381 95,382 95,383 95,384 2-25 95,393 95,394 95,395 95,396 95,397 95,398 95,399 95,400 2-26 95,409 95,410 95,411 95,412 95,413 95,414 95,415 95,416 2-27 95,425 95,426 95,427 95,428 95,429 95,430 95,431 95,432 2-28 95,441 95,442 95,443 95,444 95,445 95,446 95,447 95,448 2-29 95,457 95,458 95,459 95,460 95,461 95,462 95,463 95,464 2-30 95,473 95,474 95,475 95,476 95,477 95,478 95,479 95,480 2-31 95,489 95,490 95,491 95,492 95,493 95,494 95,495 95,496 2-32 95,505 95,506 95,507 95,508 95,509 95,510 95,511 95,512 2-33 95,521 95,522 95,523 95,524 95,525 95,526 95,527 95,528 2-34 95,537 95,538 95,539 95,540 95,541 95,542 95,543 95,544 2-35 95,553 95,554 95,555 95,556 95,557 95,558 95,559 95,560 2-36 95,569 95,570 95,571 95,572 95,573 95,574 95,575 95,576 2-37 95,585 95,586 95,587 95,588 95,589 95,590 95,591 95,592 2-38 95,601 95,602 95,603 95,604 95,605 95,606 95,607 95,608 2-39 95,617 95,618 95,619 95,620 95,621 95,622 95,623 95,624 2-40 95,633 95,634 95,635 95,636 95,637 95,638 95,639 95,640 2-41 95,649 95,650 95,651 95,652 95,653 95,654 95,655 95,656 2-42 95,665 95,666 95,667 95,668 95,669 95,670 95,671 95,672 2-43 95,681 95,682 95,683 95,684 95,685 95,686 95,687 95,688 2-44 95,697 95,698 95,699 95,700 95,701 95,702 95,703 95,704 2-45 95,713 95,714 95,715 95,716 95,717 95,718 95,719 95,720 2-46 95,729 95,730 95,731 95,732 95,733 95,734 95,735 95,736 2-47 95,745 95,746 95,747 95,748 95,749 95,750 95,751 95,752 2-48 95,761 95,762 95,763 95,764 95,765 95,766 95,767 95,768 2-49 95,777 95,778 95,779 95,780 95,781 95,782 95,783 95,784 2-50 95,793 95,794 95,795 95,796 95,797 95,798 95,799 95,800 2-51 95,809 95,810 95,811 95,812 95,813 95,814 95,815 95,816 2-52 95,825 95,826 95,827 95,828 95,829 95,830 95,831 95,832 2-53 95,841 95,842 95,843 95,844 95,845 95,846 95,847 95,848 2-54 95,857 95,858 95,859 95,860 95,861 95,862 95,863 95,864 2-55 95,873 95,874 95,875 95,876 95,877 95,878 95,879 95,880 2-56 95,889 95,890 95,891 95,892 95,893 95,894 95,895 95,896 2-57 95,905 95,906 95,907 95,908 95,909 95,910 95,911 95,912 2-58 95,921 95,922 95,923 95,924 95,925 95,926 95,927 95,928 2-59 95,937 95,938 95,939 95,940 95,941 95,942 95,943 95,944 2-60 95,953 95,954 95,955 95,956 95,957 95,958 95,959 95,960 2-61 95,969 95,970 95,971 95,972 95,973 95,974 95,975 95,976 2-62 95,985 95,986 95,987 95,988 95,989 95,990 95,991 95,992 2-63 96,001 96,002 96,003 96,004 96,005 96,006 96,007 96,008 2-64 96,017 96,018 96,019 96,020 96,021 96,022 96,023 96,024 2-65 96,033 96,034 96,035 96,036 96,037 96,038 96,039 96,040 2-66 96,049 96,050 96,051 96,052 96,053 96,054 96,055 96,056 2-67 96,065 96,066 96,067 96,068 96,069 96,070 96,071 96,072 2-68 96,081 96,082 96,083 96,084 96,085 96,086 96,087 96,088 2-69 96,097 96,098 96,099 96,100 96,101 96,102 96,103 96,104 2-70 96,113 96,114 96,115 96,116 96,117 96,118 96,119 96,120 2-71 96,129 96,130 96,131 96,132 96,133 96,134 96,135 96,136 2-72 96,145 96,146 96,147 96,148 96,149 96,150 96,151 96,152 2-73 96,161 96,162 96,163 96,164 96,165 96,166 96,167 96,168 2-74 96,177 96,178 96,179 96,180 96,181 96,182 96,183 96,184 2-75 96,193 96,194 96,195 96,196 96,197 96,198 96,199 96,200

TABLE 74 Compound represented by the formula (1) 1-201 1-202 1-203 1-204 1-205 1-206 1-207 1-208 Compound 2-76 96,201 96,202 96,203 96,204 96,205 96,206 96,207 96,208 represented 2-77 96,217 96,218 96,219 96,220 96,221 96,222 96,223 96,224 by the 2-78 96,233 96,234 96,235 96,236 96,237 96,238 96,239 96,240 formula 2-79 96,249 96,250 96,251 96,252 96,253 96,254 96,255 96,256 (2) 2-80 96,265 96,266 96,267 96,268 96,269 96,270 96,271 96,272 2-81 96,281 96,282 96,283 96,284 96,285 96,286 96,287 96,288 2-82 96,297 96,298 96,299 96,300 96,301 96,302 96,303 96,304 2-83 96,313 96,314 96,315 96,316 96,317 96,318 96,319 96,320 2-84 96,329 96,330 96,331 96,332 96,333 96,334 96,335 96,336 2-85 96,345 96,346 96,347 96,348 96,349 96,350 96,351 96,352 2-86 96,361 96,362 96,363 96,364 96,365 96,366 96,367 96,368 2-87 96,377 96,378 96,379 96,380 96,381 96,382 96,383 96,384 2-88 96,393 96,394 96,395 96,396 96,397 96,398 96,399 96,400 2-89 96,409 96,410 96,411 96,412 96,413 96,414 96,415 96,416 2-90 96,425 96,426 96,427 96,428 96,429 96,430 96,431 96,432 2-91 96,441 96,442 96,443 96,444 96,445 96,446 96,447 96,448 2-92 96,457 96,458 96,459 96,460 96,461 96,462 96,463 96,464 2-93 96,473 96,474 96,475 96,476 96,477 96,478 96,479 96,480 2-94 96,489 96,490 96,491 96,492 96,493 96,494 96,495 96,496 2-95 96,505 96,506 96,507 96,508 96,509 96,510 96,511 96,512 2-96 96,521 96,522 96,523 96,524 96,525 96,526 96,527 96,528 2-97 96,537 96,538 96,539 96,540 96,541 96,542 96,543 96,544 2-98 96,553 96,554 96,555 96,556 96,557 96,558 96,559 96,560 2-99 96,569 96,570 96,571 96,572 96,573 96,574 96,575 96,576 2-100 96,585 96,586 96,587 96,588 96,589 96,590 96,591 96,592 2-101 96,601 96,602 96,603 96,604 96,605 96,606 96,607 96,608 2-102 96,617 96,618 96,619 96,620 96,621 96,622 96,623 96,624 2-103 96,633 96,634 96,635 96,636 96,637 96,638 96,639 96,640 2-104 96,649 96,650 96,651 96,652 96,653 96,654 96,655 96,656 2-105 96,665 96,666 96,667 96,668 96,669 96,670 96,671 96,672 2-106 96,681 96,682 96,683 96,684 96,685 96,686 96,687 96,688 2-107 96,697 96,698 96,699 96,700 96,701 96,702 96,703 96,704 2-108 96,713 96,714 96,715 96,716 96,717 96,718 96,719 96,720 2-109 96,729 96,730 96,731 96,732 96,733 96,734 96,735 96,736 2-110 96,745 96,746 96,747 96,748 96,749 96,750 96,751 96,752 2-111 96,761 96,762 96,763 96,764 96,765 96,766 96,767 96,768 2-112 96,777 96,778 96,779 96,780 96,781 96,782 96,783 96,784 2-113 96,793 96,794 96,795 96,796 96,797 96,798 96,799 96,800 2-114 96,809 96,810 96,811 96,812 96,813 96,814 96,815 96,816 2-115 96,825 96,826 96,827 96,828 96,829 96,830 96,831 96,832 2-116 96,841 96,842 96,843 96,844 96,845 96,846 96,847 96,848 2-117 96,857 96,858 96,859 96,860 96,861 96,862 96,863 96,864 2-118 96,873 96,874 96,875 96,876 96,877 96,878 96,879 96,880 2-119 96,889 96,890 96,891 96,892 96,893 96,894 96,895 96,896 2-120 96,905 96,906 96,907 96,908 96,909 96,910 96,911 96,912 2-121 96,921 96,922 96,923 96,924 96,925 96,926 96,927 96,928 2-122 96,937 96,938 96,939 96,940 96,941 96,942 96,943 96,944 2-123 96,953 96,954 96,955 96,956 96,957 96,958 96,959 96,960 2-124 96,969 96,970 96,971 96,972 96,973 96,974 96,975 96,976 2-125 96,985 96,986 96,987 96,988 96,989 96,990 96,991 96,992 2-126 97,001 97,002 97,003 97,004 97,005 97,006 97,007 97,008 2-127 97,017 97,018 97,019 97,020 97,021 97,022 97,023 97,024 2-128 97,033 97,034 97,035 97,036 97,037 97,038 97,039 97,040 2-129 97,049 97,050 97,051 97,052 97,053 97,054 97,055 97,056 2-130 97,065 97,066 97,067 97,068 97,069 97,070 97,071 97,072 2-131 97,081 97,082 97,083 97,084 97,085 97,086 97,087 97,088 2-132 97,097 97,098 97,099 97,100 97,101 97,102 97,103 97,104 2-133 97,113 97,114 97,115 97,116 97,117 97,118 97,119 97,120 2-134 97,129 97,130 97,131 97,132 97,133 97,134 97,135 97,136 2-135 97,145 97,146 97,147 97,148 97,149 97,150 97,151 97,152 2-136 97,161 97,162 97,163 97,164 97,165 97,166 97,167 97,168 2-137 97,177 97,178 97,179 97,180 97,181 97,182 97,183 97,184 2-138 97,193 97,194 97,195 97,196 97,197 97,198 97,199 97,200 2-139 97,209 97,210 97,211 97,212 97,213 97,214 97,215 97,216 2-140 97,225 97,226 97,227 97,228 97,229 97,230 97,231 97,232 2-141 97,241 97,242 97,243 97,244 97,245 97,246 97,247 97,248 2-142 97,257 97,258 97,259 97,260 97,261 97,262 97,263 97,264 2-143 97,273 97,274 97,275 97,276 97,277 97,278 97,279 97,280 2-144 97,289 97,290 97,291 97,292 97,293 97,294 97,295 97,296 2-145 97,305 97,306 97,307 97,308 97,309 97,310 97,311 97,312 2-146 97,321 97,322 97,323 97,324 97,325 97,326 97,327 97,328 2-147 97,337 97,338 97,339 97,340 97,341 97,342 97,343 97,344 2-148 97,353 97,354 97,355 97,356 97,357 97,358 97,359 97,360 2-149 97,369 97,370 97,371 97,372 97,373 97,374 97,375 97,376 2-150 97,385 97,386 97,387 97,388 97,389 97,390 97,391 97,392 Compound represented by the formula (1) 1-209 1-210 1-211 1-212 1-213 1-214 1-215 1-216 Compound 2-76 96,209 96,210 96,211 96,212 96,213 96,214 96,215 96,216 represented 2-77 96,225 96,226 96,227 96,228 96,229 96,230 96,231 96,232 by the 2-78 96,241 96,242 96,243 96,244 96,245 96,246 96,247 96,248 formula 2-79 96,257 96,258 96,259 96,260 96,261 96,262 96,263 96,264 (2) 2-80 96,273 96,274 96,275 96,276 96,277 96,278 96,279 96,280 2-81 96,289 96,290 96,291 96,292 96,293 96,294 96,295 96,296 2-82 96,305 96,306 96,307 96,308 96,309 96,310 96,311 96,312 2-83 96,321 96,322 96,323 96,324 96,325 96,326 96,327 96,328 2-84 96,337 96,338 96,339 96,340 96,341 96,342 96,343 96,344 2-85 96,353 96,354 96,355 96,356 96,357 96,358 96,359 96,360 2-86 96,369 96,370 96,371 96,372 96,373 96,374 96,375 96,376 2-87 96,385 96,386 96,387 96,388 96,389 96,390 96,391 96,392 2-88 96,401 96,402 96,403 96,404 96,405 96,406 96,407 96,408 2-89 96,417 96,418 96,419 96,420 96,421 96,422 96,423 96,424 2-90 96,433 96,434 96,435 96,436 96,437 96,438 96,439 96,440 2-91 96,449 96,450 96,451 96,452 96,453 96,454 96,455 96,456 2-92 96,465 96,466 96,467 96,468 96,469 96,470 96,471 96,472 2-93 96,481 96,482 96,483 96,484 96,485 96,486 96,487 96,488 2-94 96,497 96,498 96,499 96,500 96,501 96,502 96,503 96,504 2-95 96,513 96,514 96,515 96,516 96,517 96,518 96,519 96,520 2-96 96,529 96,530 96,531 96,532 96,533 96,534 96,535 96,536 2-97 96,545 96,546 96,547 96,548 96,549 96,550 96,551 96,552 2-98 96,561 96,562 96,563 96,564 96,565 96,566 96,567 96,568 2-99 96,577 96,578 96,579 96,580 96,581 96,582 96,583 96,584 2-100 96,593 96,594 96,595 96,596 96,597 96,598 96,599 96,600 2-101 96,609 96,610 96,611 96,612 96,613 96,614 96,615 96,616 2-102 96,625 96,626 96,627 96,628 96,629 96,630 96,631 96,632 2-103 96,641 96,642 96,643 96,644 96,645 96,646 96,647 96,648 2-104 96,657 96,658 96,659 96,660 96,661 96,662 96,663 96,664 2-105 96,673 96,674 96,675 96,676 96,677 96,678 96,679 96,680 2-106 96,689 96,690 96,691 96,692 96,693 96,694 96,695 96,696 2-107 96,705 96,706 96,707 96,708 96,709 96,710 96,711 96,712 2-108 96,721 96,722 96,723 96,724 96,725 96,726 96,727 96,728 2-109 96,737 96,738 96,739 96,740 96,741 96,742 96,743 96,744 2-110 96,753 96,754 96,755 96,756 96,757 96,758 96,759 96,760 2-111 96,769 96,770 96,771 96,772 96,773 96,774 96,775 96,776 2-112 96,785 96,786 96,787 96,788 96,789 96,790 96,791 96,792 2-113 96,801 96,802 96,803 96,804 96,805 96,806 96,807 96,808 2-114 96,817 96,818 96,819 96,820 96,821 96,822 96,823 96,824 2-115 96,833 96,834 96,835 96,836 96,837 96,838 96,839 96,840 2-116 96,849 96,850 96,851 96,852 96,853 96,854 96,855 96,856 2-117 96,865 96,866 96,867 96,868 96,869 96,870 96,871 96,872 2-118 96,881 96,882 96,883 96,884 96,885 96,886 96,887 96,888 2-119 96,897 96,898 96,899 96,900 96,901 96,902 96,903 96,904 2-120 96,913 96,914 96,915 96,916 96,917 96,918 96,919 96,920 2-121 96,929 96,930 96,931 96,932 96,933 96,934 96,935 96,936 2-122 96,945 96,946 96,947 96,948 96,949 96,950 96,951 96,952 2-123 96,961 96,962 96,963 96,964 96,965 96,966 96,967 96,968 2-124 96,977 96,978 96,979 96,980 96,981 96,982 96,983 96,984 2-125 96,993 96,994 96,995 96,996 96,997 96,998 96,999 97,000 2-126 97,009 97,010 97,011 97,012 97,013 97,014 97,015 97,016 2-127 97,025 97,026 97,027 97,028 97,029 97,030 97,031 97,032 2-128 97,041 97,042 97,043 97,044 97,045 97,046 97,047 97,048 2-129 97,057 97,058 97,059 97,060 97,061 97,062 97,063 97,064 2-130 97,073 97,074 97,075 97,076 97,077 97,078 97,079 97,080 2-131 97,089 97,090 97,091 97,092 97,093 97,094 97,095 97,096 2-132 97,105 97,106 97,107 97,108 97,109 97,110 97,111 97,112 2-133 97,121 97,122 97,123 97,124 97,125 97,126 97,127 97,128 2-134 97,137 97,138 97,139 97,140 97,141 97,142 97,143 97,144 2-135 97,153 97,154 97,155 97,156 97,157 97,158 97,159 97,160 2-136 97,169 97,170 97,171 97,172 97,173 97,174 97,175 97,176 2-137 97,185 97,186 97,187 97,188 97,189 97,190 97,191 97,192 2-138 97,201 97,202 97,203 97,204 97,205 97,206 97,207 97,208 2-139 97,217 97,218 97,219 97,220 97,221 97,222 97,223 97,224 2-140 97,233 97,234 97,235 97,236 97,237 97,238 97,239 97,240 2-141 97,249 97,250 97,251 97,252 97,253 97,254 97,255 97,256 2-142 97,265 97,266 97,267 97,268 97,269 97,270 97,271 97,272 2-143 97,281 97,282 97,283 97,284 97,285 97,286 97,287 97,288 2-144 97,297 97,298 97,299 97,300 97,301 97,302 97,303 97,304 2-145 97,313 97,314 97,315 97,316 97,317 97,318 97,319 97,320 2-146 97,329 97,330 97,331 97,332 97,333 97,334 97,335 97,336 2-147 97,345 97,346 97,347 97,348 97,349 97,350 97,351 97,352 2-148 97,361 97,362 97,363 97,364 97,365 97,366 97,367 97,368 2-149 97,377 97,378 97,379 97,380 97,381 97,382 97,383 97,384 2-150 97,393 97,394 97,395 97,396 97,397 97,398 97,399 97,400

TABLE 75 Compound represented by the formula (1) 1-201 1-202 1-203 1-204 1-205 1-206 1-207 1-208 Compound 2-151 97,401 97,402 97,403 97,404 97,405 97,406 97,407 97,408 represented 2-152 97,417 97,418 97,419 97,420 97,421 97,422 97,423 97,424 by the 2-153 97,433 97,434 97,435 97,436 97,437 97,438 97,439 97,440 formula 2-154 97,449 97,450 97,451 97,452 97,453 97,454 97,455 97,456 (2) 2-155 97,465 97,466 97,467 97,468 97,469 97,470 97,471 97,472 2-156 97,481 97,482 97,483 97,484 97,485 97,486 97,487 97,488 2-157 97,497 97,498 97,499 97,500 97,501 97,502 97,503 97,504 2-158 97,513 97,514 97,515 97,516 97,517 97,518 97,519 97,520 2-159 97,529 97,530 97,531 97,532 97,533 97,534 97,535 97,536 2-160 97,545 97,546 97,547 97,548 97,549 97,550 97,551 97,552 2-161 97,561 97,562 97,563 97,564 97,565 97,566 97,567 97,568 2-162 97,577 97,578 97,579 97,580 97,581 97,582 97,583 97,584 2-163 97,593 97,594 97,595 97,596 97,597 97,598 97,599 97,600 2-164 97,609 97,610 97,611 97,612 97,613 97,614 97,615 97,616 2-165 97,625 97,626 97,627 97,628 97,629 97,630 97,631 97,632 2-166 97,641 97,642 97,643 97,644 97,645 97,646 97,647 97,648 2-167 97,657 97,658 97,659 97,660 97,661 97,662 97,663 97,664 2-168 97,673 97,674 97,675 97,676 97,677 97,678 97,679 97,680 2-169 97,689 97,690 97,691 97,692 97,693 97,694 97,695 97,696 2-170 97,705 97,706 97,707 97,708 97,709 97,710 97,711 97,712 2-171 97,721 97,722 97,723 97,724 97,725 97,726 97,727 97,728 2-172 97,737 97,738 97,739 97,740 97,741 97,742 97,743 97,744 2-173 97,753 97,754 97,755 97,756 97,757 97,758 97,759 97,760 2-174 97,769 97,770 97,771 97,772 97,773 97,774 97,775 97,776 2-175 97,785 97,786 97,787 97,788 97,789 97,790 97,791 97,792 2-176 97,801 97,802 97,803 97,804 97,805 97,806 97,807 97,808 2-177 97,817 97,818 97,819 97,820 97,821 97,822 97,823 97,824 2-178 97,833 97,834 97,835 97,836 97,837 97,838 97,839 97,840 2-179 97,849 97,850 97,851 97,852 97,853 97,854 97,855 97,856 2-180 97,865 97,866 97,867 97,868 97,869 97,870 97,871 97,872 2-181 97,881 97,882 97,883 97,884 97,885 97,886 97,887 97,888 2-182 97,897 97,898 97,899 97,900 97,901 97,902 97,903 97,904 2-183 97,913 97,914 97,915 97,916 97,917 97,918 97,919 97,920 2-184 97,929 97,930 97,931 97,932 97,933 97,934 97,935 97,936 2-185 97,945 97,946 97,947 97,948 97,949 97,950 97,951 97,952 2-186 97,961 97,962 97,963 97,964 97,965 97,966 97,967 97,968 2-187 97,977 97,978 97,979 97,980 97,981 97,982 97,983 97,984 2-188 97,993 97,994 97,995 97,996 97,997 97,998 97,999 98,000 2-189 98,009 98,010 98,011 98,012 98,013 98,014 98,015 98,016 2-190 98,025 98,026 98,027 98,028 98,029 98,030 98,031 98,032 2-191 98,041 98,042 98,043 98,044 98,045 98,046 98,047 98,048 2-192 98,057 98,058 98,059 98,060 98,061 98,062 98,063 98,064 2-193 98,073 98,074 98,075 98,076 98,077 98,078 98,079 98,080 2-194 98,089 98,090 98,091 98,092 98,093 98,094 98,095 98,096 2-195 98,105 98,106 98,107 98,108 98,109 98,110 98,111 98,112 2-196 98,121 98,122 98,123 98,124 98,125 98,126 98,127 98,128 2-197 98,137 98,138 98,139 98,140 98,141 98,142 98,143 98,144 2-198 98,153 98,154 98,155 98,156 98,157 98,158 98,159 98,160 2-199 98,169 98,170 98,171 98,172 98,173 98,174 98,175 98,176 2-200 98,185 98,186 98,187 98,188 98,189 98,190 98,191 98,192 2-201 98,201 98,202 98,203 98,204 98,205 98,206 98,207 98,208 2-202 98,217 98,218 98,219 98,220 98,221 98,222 98,223 98,224 2-203 98,233 98,234 98,235 98,236 98,237 98,238 98,239 98,240 2-204 98,249 98,250 98,251 98,252 98,253 98,254 98,255 98,256 2-205 98,265 98,266 98,267 98,268 98,269 98,270 98,271 98,272 2-206 98,281 98,282 98,283 98,284 98,285 98,286 98,287 98,288 2-207 98,297 98,298 98,299 98,300 98,301 98,302 98,303 98,304 2-208 98,313 98,314 98,315 98,316 98,317 98,318 98,319 98,320 2-209 98,329 98,330 98,331 98,332 98,333 98,334 98,335 98,336 2-210 98,345 98,346 98,347 98,348 98,349 98,350 98,351 98,352 2-211 98,361 98,362 98,363 98,364 98,365 98,366 98,367 98,368 2-212 98,377 98,378 98,379 98,380 98,381 98,382 98,383 98,384 2-213 98,393 98,394 98,395 98,396 98,397 98,398 98,399 98,400 2-214 98,409 98,410 98,411 98,412 98,413 98,414 98,415 98,416 2-215 98,425 98,426 98,427 98,428 98,429 98,430 98,431 98,432 2-216 98,441 98,442 98,443 98,444 98,445 98,446 98,447 98,448 2-217 98,457 98,458 98,459 98,460 98,461 98,462 98,463 98,464 2-218 98,473 98,474 98,475 98,476 98,477 98,478 98,479 98,480 2-219 98,489 98,490 98,491 98,492 98,493 98,494 98,495 98,496 2-220 98,505 98,506 98,507 98,508 98,509 98,510 98,511 98,512 2-221 98,521 98,522 98,523 98,524 98,525 98,526 98,527 98,528 2-222 98,537 98,538 98,539 98,540 98,541 98,542 98,543 98,544 2-223 98,553 98,554 98,555 98,556 98,557 98,558 98,559 98,560 2-224 98,569 98,570 98,571 98,572 98,573 98,574 98,575 98,576 2-225 98,585 98,586 98,587 98,588 98,589 98,590 98,591 98,592 Compound represented by the formula (1) 1-209 1-210 1-211 1-212 1-213 1-214 1-215 1-216 Compound 2-151 97,409 97,410 97,411 97,412 97,413 97,414 97,415 97,416 represented 2-152 97,425 97,426 97,427 97,428 97,429 97,430 97,431 97,432 by the 2-153 97,441 97,442 97,443 97,444 97,445 97,446 97,447 97,448 formula 2-154 97,457 97,458 97,459 97,460 97,461 97,462 97,463 97,464 (2) 2-155 97,473 97,474 97,475 97,476 97,477 97,478 97,479 97,480 2-156 97,489 97,490 97,491 97,492 97,493 97,494 97,495 97,496 2-157 97,505 97,506 97,507 97,508 97,509 97,510 97,511 97,512 2-158 97,521 97,522 97,523 97,524 97,525 97,526 97,527 97,528 2-159 97,537 97,538 97,539 97,540 97,541 97,542 97,543 97,544 2-160 97,553 97,554 97,555 97,556 97,557 97,558 97,559 97,560 2-161 97,569 97,570 97,571 97,572 97,573 97,574 97,575 97,576 2-162 97,585 97,586 97,587 97,588 97,589 97,590 97,591 97,592 2-163 97,601 97,602 97,603 97,604 97,605 97,606 97,607 97,608 2-164 97,617 97,618 97,619 97,620 97,621 97,622 97,623 97,624 2-165 97,633 97,634 97,635 97,636 97,637 97,638 97,639 97,640 2-166 97,649 97,650 97,651 97,652 97,653 97,654 97,655 97,656 2-167 97,665 97,666 97,667 97,668 97,669 97,670 97,671 97,672 2-168 97,681 97,682 97,683 97,684 97,685 97,686 97,687 97,688 2-169 97,697 97,698 97,699 97,700 97,701 97,702 97,703 97,704 2-170 97,713 97,714 97,715 97,716 97,717 97,718 97,719 97,720 2-171 97,729 97,730 97,731 97,732 97,733 97,734 97,735 97,736 2-172 97,745 97,746 97,747 97,748 97,749 97,750 97,751 97,752 2-173 97,761 97,762 97,763 97,764 97,765 97,766 97,767 97,768 2-174 97,777 97,778 97,779 97,780 97,781 97,782 97,783 97,784 2-175 97,793 97,794 97,795 97,796 97,797 97,798 97,799 97,800 2-176 97,809 97,810 97,811 97,812 97,813 97,814 97,815 97,816 2-177 97,825 97,826 97,827 97,828 97,829 97,830 97,831 97,832 2-178 97,841 97,842 97,843 97,844 97,845 97,846 97,847 97,848 2-179 97,857 97,858 97,859 97,860 97,861 97,862 97,863 97,864 2-180 97,873 97,874 97,875 97,876 97,877 97,878 97,879 97,880 2-181 97,889 97,890 97,891 97,892 97,893 97,894 97,895 97,896 2-182 97,905 97,906 97,907 97,908 97,909 97,910 97,911 97,912 2-183 97,921 97,922 97,923 97,924 97,925 97,926 97,927 97,928 2-184 97,937 97,938 97,939 97,940 97,941 97,942 97,943 97,944 2-185 97,953 97,954 97,955 97,956 97,957 97,958 97,959 97,960 2-186 97,969 97,970 97,971 97,972 97,973 97,974 97,975 97,976 2-187 97,985 97,986 97,987 97,988 97,989 97,990 97,991 97,992 2-188 98,001 98,002 98,003 98,004 98,005 98,006 98,007 98,008 2-189 98,017 98,018 98,019 98,020 98,021 98,022 98,023 98,024 2-190 98,033 98,034 98,035 98,036 98,037 98,038 98,039 98,040 2-191 98,049 98,050 98,051 98,052 98,053 98,054 98,055 98,056 2-192 98,065 98,066 98,067 98,068 98,069 98,070 98,071 98,072 2-193 98,081 98,082 98,083 98,084 98,085 98,086 98,087 98,088 2-194 98,097 98,098 98,099 98,100 98,101 98,102 98,103 98,104 2-195 98,113 98,114 98,115 98,116 98,117 98,118 98,119 98,120 2-196 98,129 98,130 98,131 98,132 98,133 98,134 98,135 98,136 2-197 98,145 98,146 98,147 98,148 98,149 98,150 98,151 98,152 2-198 98,161 98,162 98,163 98,164 98,165 98,166 98,167 98,168 2-199 98,177 98,178 98,179 98,180 98,181 98,182 98,183 98,184 2-200 98,193 98,194 98,195 98,196 98,197 98,198 98,199 98,200 2-201 98,209 98,210 98,211 98,212 98,213 98,214 98,215 98,216 2-202 98,225 98,226 98,227 98,228 98,229 98,230 98,231 98,232 2-203 98,241 98,242 98,243 98,244 98,245 98,246 98,247 98,248 2-204 98,257 98,258 98,259 98,260 98,261 98,262 98,263 98,264 2-205 98,273 98,274 98,275 98,276 98,277 98,278 98,279 98,280 2-206 98,289 98,290 98,291 98,292 98,293 98,294 98,295 98,296 2-207 98,305 98,306 98,307 98,308 98,309 98,310 98,311 98,312 2-208 98,321 98,322 98,323 98,324 98,325 98,326 98,327 98,328 2-209 98,337 98,338 98,339 98,340 98,341 98,342 98,343 98,344 2-210 98,353 98,354 98,355 98,356 98,357 98,358 98,359 98,360 2-211 98,369 98,370 98,371 98,372 98,373 98,374 98,375 98,376 2-212 98,385 98,386 98,387 98,388 98,389 98,390 98,391 98,392 2-213 98,401 98,402 98,403 98,404 98,405 98,406 98,407 98,408 2-214 98,417 98,418 98,419 98,420 98,421 98,422 98,423 98,424 2-215 98,433 98,434 98,435 98,436 98,437 98,438 98,439 98,440 2-216 98,449 98,450 98,451 98,452 98,453 98,454 98,455 98,456 2-217 98,465 98,466 98,467 98,468 98,469 98,470 98,471 98,472 2-218 98,481 98,482 98,483 98,484 98,485 98,486 98,487 98,488 2-219 98,497 98,498 98,499 98,500 98,501 98,502 98,503 98,504 2-220 98,513 98,514 98,515 98,516 98,517 98,518 98,519 98,520 2-221 98,529 98,530 98,531 98,532 98,533 98,534 98,535 98,536 2-222 98,545 98,546 98,547 98,548 98,549 98,550 98,551 98,552 2-223 98,561 98,562 98,563 98,564 98,565 98,566 98,567 98,568 2-224 98,577 98,578 98,579 98,580 98,581 98,582 98,583 98,584 2-225 98,593 98,594 98,595 98,596 98,597 98,598 98,599 98,600

TABLE 76 Compound represented by the formula (1) 1-201 1-202 1-203 1-204 1-205 1-206 1-207 1-208 Compound 2-226 98,601 98,602 98,603 98,604 98,605 98,606 98,607 98,608 represented 2-227 98,617 98,618 98,619 98,620 98,621 98,622 98,623 98,624 by the 2-228 98,633 98,634 98,635 98,636 98,637 98,638 98,639 98,640 formula 2-229 98,649 98,650 98,651 98,652 98,653 98,654 98,655 98,656 (2) 2-230 98,665 98,666 98,667 98,668 98,669 98,670 98,671 98,672 2-231 98,681 98,682 98,683 98,684 98,685 98,686 98,687 98,688 2-232 98,697 98,698 98,699 98,700 98,701 98,702 98,703 98,704 2-233 98,713 98,714 98,715 98,716 98,717 98,718 98,719 98,720 2-234 98,729 98,730 98,731 98,732 98,733 98,734 98,735 98,736 2-235 98,745 98,746 98,747 98,748 98,749 98,750 98,751 98,752 2-236 98,761 98,762 98,763 98,764 98,765 98,766 98,767 98,768 2-237 98,777 98,778 98,779 98,780 98,781 98,782 98,783 98,784 2-238 98,793 98,794 98,795 98,796 98,797 98,798 98,799 98,800 2-239 98,809 98,810 98,811 98,812 98,813 98,814 98,815 98,816 2-240 98,825 98,826 98,827 98,828 98,829 98,830 98,831 98,832 2-241 98,841 98,842 98,843 98,844 98,845 98,846 98,847 98,848 2-242 98,857 98,858 98,859 98,860 98,861 98,862 98,863 98,864 2-243 98,873 98,874 98,875 98,876 98,877 98,878 98,879 98,880 2-244 98,889 98,890 98,891 98,892 98,893 98,894 98,895 98,896 2-245 98,905 98,906 98,907 98,908 98,909 98,910 98,911 98,912 2-246 98,921 98,922 98,923 98,924 98,925 98,926 98,927 98,928 2-247 98,937 98,938 98,939 98,940 98,941 98,942 98,943 98,944 2-248 98,953 98,954 98,955 98,956 98,957 98,958 98,959 98,960 2-249 98,969 98,970 98,971 98,972 98,973 98,974 98,975 98,976 2-250 98,985 98,986 98,987 98,988 98,989 98,990 98,991 98,992 2-251 99,001 99,002 99,003 99,004 99,005 99,006 99,007 99,008 2-252 99,017 99,018 99,019 99,020 99,021 99,022 99,023 99,024 2-253 99,033 99,034 99,035 99,036 99,037 99,038 99,039 99,040 2-254 99,049 99,050 99,051 99,052 99,053 99,054 99,055 99,056 2-255 99,065 99,066 99,067 99,068 99,069 99,070 99,071 99,072 2-256 99,081 99,082 99,083 99,084 99,085 99,086 99,087 99,088 2-257 99,097 99,098 99,099 99,100 99,101 99,102 99,103 99,104 2-258 99,113 99,114 99,115 99,116 99,117 99,118 99,119 99,120 2-259 99,129 99,130 99,131 99,132 99,133 99,134 99,135 99,136 2-260 99,145 99,146 99,147 99,148 99,149 99,150 99,151 99,152 2-261 99,161 99,162 99,163 99,164 99,165 99,166 99,167 99,168 2-262 99,177 99,178 99,179 99,180 99,181 99,182 99,183 99,184 2-263 99,193 99,194 99,195 99,196 99,197 99,198 99,199 99,200 2-264 99,209 99,210 99,211 99,212 99,213 99,214 99,215 99,216 2-265 99,225 99,226 99,227 99,228 99,229 99,230 99,231 99,232 2-266 99,241 99,242 99,243 99,244 99,245 99,246 99,247 99,248 2-267 99,257 99,258 99,259 99,260 99,261 99,262 99,263 99,264 2-268 99,273 99,274 99,275 99,276 99,277 99,278 99,279 99,280 2-269 99,289 99,290 99,291 99,292 99,293 99,294 99,295 99,296 2-270 99,305 99,306 99,307 99,308 99,309 99,310 99,311 99,312 2-271 99,321 99,322 99,323 99,324 99,325 99,326 99,327 99,328 2-272 99,337 99,338 99,339 99,340 99,341 99,342 99,343 99,344 2-273 99,353 99,354 99,355 99,356 99,357 99,358 99,359 99,360 2-274 99,369 99,370 99,371 99,372 99,373 99,374 99,375 99,376 2-275 99,385 99,386 99,387 99,388 99,389 99,390 99,391 99,392 2-276 99,401 99,402 99,403 99,404 99,405 99,406 99,407 99,408 2-277 99,417 99,418 99,419 99,420 99,421 99,422 99,423 99,424 2-278 99,433 99,434 99,435 99,436 99,437 99,438 99,439 99,440 2-279 99,449 99,450 99,451 99,452 99,453 99,454 99,455 99,456 2-280 99,465 99,466 99,467 99,468 99,469 99,470 99,471 99,472 2-281 99,481 99,482 99,483 99,484 99,485 99,486 99,487 99,488 2-282 99,497 99,498 99,499 99,500 99,501 99,502 99,503 99,504 2-283 99,513 99,514 99,515 99,516 99,517 99,518 99,519 99,520 2-284 99,529 99,530 99,531 99,532 99,533 99,534 99,535 99,536 2-285 99,545 99,546 99,547 99,548 99,549 99,550 99,551 99,552 2-286 99,561 99,562 99,563 99,564 99,565 99,566 99,567 99,568 2-287 99,577 99,578 99,579 99,580 99,581 99,582 99,583 99,584 2-288 99,593 99,594 99,595 99,596 99,597 99,598 99,599 99,600 2-289 99,609 99,610 99,611 99,612 99,613 99,614 99,615 99,616 2-290 99,625 99,626 99,627 99,628 99,629 99,630 99,631 99,632 2-291 99,641 99,642 99,643 99,644 99,645 99,646 99,647 99,648 2-292 99,657 99,658 99,659 99,660 99,661 99,662 99,663 99,664 2-293 99,673 99,674 99,675 99,676 99,677 99,678 99,679 99,680 2-294 99,689 99,690 99,691 99,692 99,693 99,694 99,695 99,696 2-295 99,705 99,706 99,707 99,708 99,709 99,710 99,711 99,712 2-296 99,721 99,722 99,723 99,724 99,725 99,726 99,727 99,728 2-297 99,737 99,738 99,739 99,740 99,741 99,742 99,743 99,744 2-298 99,753 99,754 99,755 99,756 99,757 99,758 99,759 99,760 2-299 99,769 99,770 99,771 99,772 99,773 99,774 99,775 99,776 2-300 99,785 99,786 99,787 99,788 99,789 99,790 99,791 99,792 Compound represented by the formula (1) 1-209 1-210 1-211 1-212 1-213 1-214 1-215 1-216 Compound 2-226 98,609 98,610 98,611 98,612 98,613 98,614 98,615 98,616 represented 2-227 98,625 98,626 98,627 98,628 98,629 98,630 98,631 98,632 by the 2-228 98,641 98,642 98,643 98,644 98,645 98,646 98,647 98,648 formula 2-229 98,657 98,658 98,659 98,660 98,661 98,662 98,663 98,664 (2) 2-230 98,673 98,674 98,675 98,676 98,677 98,678 98,679 98,680 2-231 98,689 98,690 98,691 98,692 98,693 98,694 98,695 98,696 2-232 98,705 98,706 98,707 98,708 98,709 98,710 98,711 98,712 2-233 98,721 98,722 98,723 98,724 98,725 98,726 98,727 98,728 2-234 98,737 98,738 98,739 98,740 98,741 98,742 98,743 98,744 2-235 98,753 98,754 98,755 98,756 98,757 98,758 98,759 98,760 2-236 98,769 98,770 98,771 98,772 98,773 98,774 98,775 98,776 2-237 98,785 98,786 98,787 98,788 98,789 98,790 98,791 98,792 2-238 98,801 98,802 98,803 98,804 98,805 98,806 98,807 98,808 2-239 98,817 98,818 98,819 98,820 98,821 98,822 98,823 98,824 2-240 98,833 98,834 98,835 98,836 98,837 98,838 98,839 98,840 2-241 98,849 98,850 98,851 98,852 98,853 98,854 98,855 98,856 2-242 98,865 98,866 98,867 98,868 98,869 98,870 98,871 98,872 2-243 98,881 98,882 98,883 98,884 98,885 98,886 98,887 98,888 2-244 98,897 98,898 98,899 98,900 98,901 98,902 98,903 98,904 2-245 98,913 98,914 98,915 98,916 98,917 98,918 98,919 98,920 2-246 98,929 98,930 98,931 98,932 98,933 98,934 98,935 98,936 2-247 98,945 98,946 98,947 98,948 98,949 98,950 98,951 98,952 2-248 98,961 98,962 98,963 98,964 98,965 98,966 98,967 98,968 2-249 98,977 98,978 98,979 98,980 98,981 98,982 98,983 98,984 2-250 98,993 98,994 98,995 98,996 98,997 98,998 98,999 99,000 2-251 99,009 99,010 99,011 99,012 99,013 99,014 99,015 99,016 2-252 99,025 99,026 99,027 99,028 99,029 99,030 99,031 99,032 2-253 99,041 99,042 99,043 99,044 99,045 99,046 99,047 99,048 2-254 99,057 99,058 99,059 99,060 99,061 99,062 99,063 99,064 2-255 99,073 99,074 99,075 99,076 99,077 99,078 99,079 99,080 2-256 99,089 99,090 99,091 99,092 99,093 99,094 99,095 99,096 2-257 99,105 99,106 99,107 99,108 99,109 99,110 99,111 99,112 2-258 99,121 99,122 99,123 99,124 99,125 99,126 99,127 99,128 2-259 99,137 99,138 99,139 99,140 99,141 99,142 99,143 99,144 2-260 99,153 99,154 99,155 99,156 99,157 99,158 99,159 99,160 2-261 99,169 99,170 99,171 99,172 99,173 99,174 99,175 99,176 2-262 99,185 99,186 99,187 99,188 99,189 99,190 99,191 99,192 2-263 99,201 99,202 99,203 99,204 99,205 99,206 99,207 99,208 2-264 99,217 99,218 99,219 99,220 99,221 99,222 99,223 99,224 2-265 99,233 99,234 99,235 99,236 99,237 99,238 99,239 99,240 2-266 99,249 99,250 99,251 99,252 99,253 99,254 99,255 99,256 2-267 99,265 99,266 99,267 99,268 99,269 99,270 99,271 99,272 2-268 99,281 99,282 99,283 99,284 99,285 99,286 99,287 99,288 2-269 99,297 99,298 99,299 99,300 99,301 99,302 99,303 99,304 2-270 99,313 99,314 99,315 99,316 99,317 99,318 99,319 99,320 2-271 99,329 99,330 99,331 99,332 99,333 99,334 99,335 99,336 2-272 99,345 99,346 99,347 99,348 99,349 99,350 99,351 99,352 2-273 99,361 99,362 99,363 99,364 99,365 99,366 99,367 99,368 2-274 99,377 99,378 99,379 99,380 99,381 99,382 99,383 99,384 2-275 99,393 99,394 99,395 99,396 99,397 99,398 99,399 99,400 2-276 99,409 99,410 99,411 99,412 99,413 99,414 99,415 99,416 2-277 99,425 99,426 99,427 99,428 99,429 99,430 99,431 99,432 2-278 99,441 99,442 99,443 99,444 99,445 99,446 99,447 99,448 2-279 99,457 99,458 99,459 99,460 99,461 99,462 99,463 99,464 2-280 99,473 99,474 99,475 99,476 99,477 99,478 99,479 99,480 2-281 99,489 99,490 99,491 99,492 99,493 99,494 99,495 99,496 2-282 99,505 99,506 99,507 99,508 99,509 99,510 99,511 99,512 2-283 99,521 99,522 99,523 99,524 99,525 99,526 99,527 99,528 2-284 99,537 99,538 99,539 99,540 99,541 99,542 99,543 99,544 2-285 99,553 99,554 99,555 99,556 99,557 99,558 99,559 99,560 2-286 99,569 99,570 99,571 99,572 99,573 99,574 99,575 99,576 2-287 99,585 99,586 99,587 99,588 99,589 99,590 99,591 99,592 2-288 99,601 99,602 99,603 99,604 99,605 99,606 99,607 99,608 2-289 99,617 99,618 99,619 99,620 99,621 99,622 99,623 99,624 2-290 99,633 99,634 99,635 99,636 99,637 99,638 99,639 99,640 2-291 99,649 99,650 99,651 99,652 99,653 99,654 99,655 99,656 2-292 99,665 99,666 99,667 99,668 99,669 99,670 99,671 99,672 2-293 99,681 99,682 99,683 99,684 99,685 99,686 99,687 99,688 2-294 99,697 99,698 99,699 99,700 99,701 99,702 99,703 99,704 2-295 99,713 99,714 99,715 99,716 99,717 99,718 99,719 99,720 2-296 99,729 99,730 99,731 99,732 99,733 99,734 99,735 99,736 2-297 99,745 99,746 99,747 99,748 99,749 99,750 99,751 99,752 2-298 99,761 99,762 99,763 99,764 99,765 99,766 99,767 99,768 2-299 99,777 99,778 99,779 99,780 99,781 99,782 99,783 99,784 2-300 99,793 99,794 99,795 99,796 99,797 99,798 99,799 99,800

TABLE 77 Compound represented by the formula (1) 1-201 1-202 1-203 1-204 1-205 1-206 1-207 1-208 Compound 2-301 99,801 99,802 99,803 99,804 99,805 99,806 99,807 99,808 represented 2-302 99,817 99,818 99,819 99,820 99,821 99,822 99,823 99,824 by the 2-303 99,833 99,834 99,835 99,836 99,837 99,838 99,839 99,840 formula 2-304 99,849 99,850 99,851 99,852 99,853 99,854 99,855 99,856 (2) 2-305 99,865 99,866 99,867 99,868 99,869 99,870 99,871 99,872 2-306 99,881 99,882 99,883 99,884 99,885 99,886 99,887 99,888 2-307 99,897 99,898 99,899 99,900 99,901 99,902 99,903 99,904 2-308 99,913 99,914 99,915 99,916 99,917 99,918 99,919 99,920 2-309 99,929 99,930 99,931 99,932 99,933 99,934 99,935 99,936 2-310 99,945 99,946 99,947 99,948 99,949 99,950 99,951 99,952 2-311 99,961 99,962 99,963 99,964 99,965 99,966 99,967 99,968 2-312 99,977 99,978 99,979 99,980 99,981 99,982 99,983 99,984 2-313 99,993 99,994 99,995 99,996 99,997 99,998 99,999 100,000 2-314 100,009 100,010 100,011 100,012 100,013 100,014 100,015 100,016 2-315 100,025 100,026 100,027 100,028 100,029 100,030 100,031 100,032 2-316 100,041 100,042 100,043 100,044 100,045 100,046 100,047 100,048 2-317 100,057 100,058 100,059 100,060 100,061 100,062 100,063 100,064 2-318 100,073 100,074 100,075 100,076 100,077 100,078 100,079 100,080 2-319 100,089 100,090 100,091 100,092 100,093 100,094 100,095 100,096 2-320 100,105 100,106 100,107 100,108 100,109 100,110 100,111 100,112 2-321 100,121 100,122 100,123 100,124 100,125 100,126 100,127 100,128 2-322 100,137 100,138 100,139 100,140 100,141 100,142 100,143 100,144 2-323 100,153 100,154 100,155 100,156 100,157 100,158 100,159 100,160 2-324 100,169 100,170 100,171 100,172 100,173 100,174 100,175 100,176 2-325 100,185 100,186 100,187 100,188 100,189 100,190 100,191 100,192 2-326 100,201 100,202 100,203 100,204 100,205 100,206 100,207 100,208 2-327 100,217 100,218 100,219 100,220 100,221 100,222 100,223 100,224 2-328 100,233 100,234 100,235 100,236 100,237 100,238 100,239 100,240 2-329 100,249 100,250 100,251 100,252 100,253 100,254 100,255 100,256 2-330 100,265 100,266 100,267 100,268 100,269 100,270 100,271 100,272 2-331 100,281 100,282 100,283 100,284 100,285 100,286 100,287 100,288 2-332 100,297 100,298 100,299 100,300 100,301 100,302 100,303 100,304 2-333 100,313 100,314 100,315 100,316 100,317 100,318 100,319 100,320 2-334 100,329 100,330 100,331 100,332 100,333 100,334 100,335 100,336 2-335 100,345 100,346 100,347 100,348 100,349 100,350 100,351 100,352 2-336 100,361 100,362 100,363 100,364 100,365 100,366 100,367 100,368 2-337 100,377 100,378 100,379 100,380 100,381 100,382 100,383 100,384 2-338 100,393 100,394 100,395 100,396 100,397 100,398 100,399 100,400 2-339 100,409 100,410 100,411 100,412 100,413 100,414 100,415 100,416 2-340 100,425 100,426 100,427 100,428 100,429 100,430 100,431 100,432 2-341 100,441 100,442 100,443 100,444 100,445 100,446 100,447 100,448 2-342 100,457 100,458 100,459 100,460 100,461 100,462 100,463 100,464 2-343 100,473 100,474 100,475 100,476 100,477 100,478 100,479 100,480 2-344 100,489 100,490 100,491 100,492 100,493 100,494 100,495 100,496 2-345 100,505 100,506 100,507 100,508 100,509 100,510 100,511 100,512 2-346 100,521 100,522 100,523 100,524 100,525 100,526 100,527 100,528 2-347 100,537 100,538 100,539 100,540 100,541 100,542 100,543 100,544 2-348 100,553 100,554 100,555 100,556 100,557 100,558 100,559 100,560 2-349 100,569 100,570 100,571 100,572 100,573 100,574 100,575 100,576 2-350 100,585 100,586 100,587 100,588 100,589 100,590 100,591 100,592 2-351 100,601 100,602 100,603 100,604 100,605 100,606 100,607 100,608 2-352 100,617 100,618 100,619 100,620 100,621 100,622 100,623 100,624 2-353 100,633 100,634 100,635 100,636 100,637 100,638 100,639 100,640 2-354 100,649 100,650 100,651 100,652 100,653 100,654 100,655 100,656 2-355 100,665 100,666 100,667 100,668 100,669 100,670 100,671 100,672 2-356 100,681 100,682 100,683 100,684 100,685 100,686 100,687 100,688 2-357 100,697 100,698 100,699 100,700 100,701 100,702 100,703 100,704 2-358 100,713 100,714 100,715 100,716 100,717 100,718 100,719 100,720 2-359 100,729 100,730 100,731 100,732 100,733 100,734 100,735 100,736 2-360 100,745 100,746 100,747 100,748 100,749 100,750 100,751 100,752 2-361 100,761 100,762 100,763 100,764 100,765 100,766 100,767 100,768 2-362 100,777 100,778 100,779 100,780 100,781 100,782 100,783 100,784 2-363 100,793 100,794 100,795 100,796 100,797 100,798 100,799 100,800 2-364 100,809 100,810 100,811 100,812 100,813 100,814 100,815 100,816 2-365 100,825 100,826 100,827 100,828 100,829 100,830 100,831 100,832 2-366 100,841 100,842 100,843 100,844 100,845 100,846 100,847 100,848 2-367 100,857 100,858 100,859 100,860 100,861 100,862 100,863 100,864 2-368 100,873 100,874 100,875 100,876 100,877 100,878 100,879 100,880 2-369 100,889 100,890 100,891 100,892 100,893 100,894 100,895 100,896 2-370 100,905 100,906 100,907 100,908 100,909 100,910 100,911 100,912 2-371 100,921 100,922 100,923 100,924 100,925 100,926 100,927 100,928 2-372 100,937 100,938 100,939 100,940 100,941 100,942 100,943 100,944 2-373 100,953 100,954 100,955 100,956 100,957 100,958 100,959 100,960 2-374 100,969 100,970 100,971 100,972 100,973 100,974 100,975 100,976 2-375 100,985 100,986 100,987 100,988 100,989 100,990 100,991 100,992 Compound represented by the formula (1) 1-209 1-210 1-211 1-212 1-213 1-214 1-215 1-216 Compound 2-301 99,809 99,810 99,811 99,812 99,813 99,814 99,815 99,816 represented 2-302 99,825 99,826 99,827 99,828 99,829 99,830 99,831 99,832 by the 2-303 99,841 99,842 99,843 99,844 99,845 99,846 99,847 99,848 formula 2-304 99,857 99,858 99,859 99,860 99,861 99,862 99,863 99,864 (2) 2-305 99,873 99,874 99,875 99,876 99,877 99,878 99,879 99,880 2-306 99,889 99,890 99,891 99,892 99,893 99,894 99,895 99,896 2-307 99,905 99,906 99,907 99,908 99,909 99,910 99,911 99,912 2-308 99,921 99,922 99,923 99,924 99,925 99,926 99,927 99,928 2-309 99,937 99,938 99,939 99,940 99,941 99,942 99,943 99,944 2-310 99,953 99,954 99,955 99,956 99,957 99,958 99,959 99,960 2-311 99,969 99,970 99,971 99,972 99,973 99,974 99,975 99,976 2-312 99,985 99,986 99,987 99,988 99,989 99,990 99,991 99,992 2-313 100,001 100,002 100,003 100,004 100,005 100,006 100,007 100,008 2-314 100,017 100,018 100,019 100,020 100,021 100,022 100,023 100,024 2-315 100,033 100,034 100,035 100,036 100,037 100,038 100,039 100,040 2-316 100,049 100,050 100,051 100,052 100,053 100,054 100,055 100,056 2-317 100,065 100,066 100,067 100,068 100,069 100,070 100,071 100,072 2-318 100,081 100,082 100,083 100,084 100,085 100,086 100,087 100,088 2-319 100,097 100,098 100,099 100,100 100,101 100,102 100,103 100,104 2-320 100,113 100,114 100,115 100,116 100,117 100,118 100,119 100,120 2-321 100,129 100,130 100,131 100,132 100,133 100,134 100,135 100,136 2-322 100,145 100,146 100,147 100,148 100,149 100,150 100,151 100,152 2-323 100,161 100,162 100,163 100,164 100,165 100,166 100,167 100,168 2-324 100,177 100,178 100,179 100,180 100,181 100,182 100,183 100,184 2-325 100,193 100,194 100,195 100,196 100,197 100,198 100,199 100,200 2-326 100,209 100,210 100,211 100,212 100,213 100,214 100,215 100,216 2-327 100,225 100,226 100,227 100,228 100,229 100,230 100,231 100,232 2-328 100,241 100,242 100,243 100,244 100,245 100,246 100,247 100,248 2-329 100,257 100,258 100,259 100,260 100,261 100,262 100,263 100,264 2-330 100,273 100,274 100,275 100,276 100,277 100,278 100,279 100,280 2-331 100,289 100,290 100,291 100,292 100,293 100,294 100,295 100,296 2-332 100,305 100,306 100,307 100,308 100,309 100,310 100,311 100,312 2-333 100,321 100,322 100,323 100,324 100,325 100,326 100,327 100,328 2-334 100,337 100,338 100,339 100,340 100,341 100,342 100,343 100,344 2-335 100,353 100,354 100,355 100,356 100,357 100,358 100,359 100,360 2-336 100,369 100,370 100,371 100,372 100,373 100,374 100,375 100,376 2-337 100,385 100,386 100,387 100,388 100,389 100,390 100,391 100,392 2-338 100,401 100,402 100,403 100,404 100,405 100,406 100,407 100,408 2-339 100,417 100,418 100,419 100,420 100,421 100,422 100,423 100,424 2-340 100,433 100,434 100,435 100,436 100,437 100,438 100,439 100,440 2-341 100,449 100,450 100,451 100,452 100,453 100,454 100,455 100,456 2-342 100,465 100,466 100,467 100,468 100,469 100,470 100,471 100,472 2-343 100,481 100,482 100,483 100,484 100,485 100,486 100,487 100,488 2-344 100,497 100,498 100,499 100,500 100,501 100,502 100,503 100,504 2-345 100,513 100,514 100,515 100,516 100,517 100,518 100,519 100,520 2-346 100,529 100,530 100,531 100,532 100,533 100,534 100,535 100,536 2-347 100,545 100,546 100,547 100,548 100,549 100,550 100,551 100,552 2-348 100,561 100,562 100,563 100,564 100,565 100,566 100,567 100,568 2-349 100,577 100,578 100,579 100,580 100,581 100,582 100,583 100,584 2-350 100,593 100,594 100,595 100,596 100,597 100,598 100,599 100,600 2-351 100,609 100,610 100,611 100,612 100,613 100,614 100,615 100,616 2-352 100,625 100,626 100,627 100,628 100,629 100,630 100,631 100,632 2-353 100,641 100,642 100,643 100,644 100,645 100,646 100,647 100,648 2-354 100,657 100,658 100,659 100,660 100,661 100,662 100,663 100,664 2-355 100,673 100,674 100,675 100,676 100,677 100,678 100,679 100,680 2-356 100,689 100,690 100,691 100,692 100,693 100,694 100,695 100,696 2-357 100,705 100,706 100,707 100,708 100,709 100,710 100,711 100,712 2-358 100,721 100,722 100,723 100,724 100,725 100,726 100,727 100,728 2-359 100,737 100,738 100,739 100,740 100,741 100,742 100,743 100,744 2-360 100,753 100,754 100,755 100,756 100,757 100,758 100,759 100,760 2-361 100,769 100,770 100,771 100,772 100,773 100,774 100,775 100,776 2-362 100,785 100,786 100,787 100,788 100,789 100,790 100,791 100,792 2-363 100,801 100,802 100,803 100,804 100,805 100,806 100,807 100,808 2-364 100,817 100,818 100,819 100,820 100,821 100,822 100,823 100,824 2-365 100,833 100,834 100,835 100,836 100,837 100,838 100,839 100,840 2-366 100,849 100,850 100,851 100,852 100,853 100,854 100,855 100,856 2-367 100,865 100,866 100,867 100,868 100,869 100,870 100,871 100,872 2-368 100,881 100,882 100,883 100,884 100,885 100,886 100,887 100,888 2-369 100,897 100,898 100,899 100,900 100,901 100,902 100,903 100,904 2-370 100,913 100,914 100,915 100,916 100,917 100,918 100,919 100,920 2-371 100,929 100,930 100,931 100,932 100,933 100,934 100,935 100,936 2-372 100,945 100,946 100,947 100,948 100,949 100,950 100,951 100,952 2-373 100,961 100,962 100,963 100,964 100,965 100,966 100,967 100,968 2-374 100,977 100,978 100,979 100,980 100,981 100,982 100,983 100,984 2-375 100,993 100,994 100,995 100,996 100,997 100,998 100,999 101,000

TABLE 78 Compound represented by the formula (1) 1-201 1-202 1-203 1-204 1-205 1-206 1-207 1-208 Compound 2-376 101,001 101,002 101,003 101,004 101,005 101,006 101,007 101,008 represented 2-377 101,017 101,018 101,019 101,020 101,021 101,022 101,023 101,024 by the 2-378 101,033 101,034 101,035 101,036 101,037 101,038 101,039 101,040 formula 2-379 101,049 101,050 101,051 101,052 101,053 101,054 101,055 101,056 (2) 2-380 101,065 101,066 101,067 101,068 101,069 101,070 101,071 101,072 2-381 101,081 101,082 101,083 101,084 101,085 101,086 101,087 101,088 2-382 101,097 101,098 101,099 101,100 101,101 101,102 101,103 101,104 2-383 101,113 101,114 101,115 101,116 101,117 101,118 101,119 101,120 2-384 101,129 101,130 101,131 101,132 101,133 101,134 101,135 101,136 2-385 101,145 101,146 101,147 101,148 101,149 101,150 101,151 101,152 2-386 101,161 101,162 101,163 101,164 101,165 101,166 101,167 101,168 2-387 101,177 101,178 101,179 101,180 101,181 101,182 101,183 101,184 2-388 101,193 101,194 101,195 101,196 101,197 101,198 101,199 101,200 2-389 101,209 101,210 101,211 101,212 101,213 101,214 101,215 101,216 2-390 101,225 101,226 101,227 101,228 101,229 101,230 101,231 101,232 2-391 101,241 101,242 101,243 101,244 101,245 101,246 101,247 101,248 2-392 101,257 101,258 101,259 101,260 101,261 101,262 101,263 101,264 2-393 101,273 101,274 101,275 101,276 101,277 101,278 101,279 101,280 2-394 101,289 101,290 101,291 101,292 101,293 101,294 101,295 101,296 2-395 101,305 101,306 101,307 101,308 101,309 101,310 101,311 101,312 2-396 101,321 101,322 101,323 101,324 101,325 101,326 101,327 101,328 2-397 101,337 101,338 101,339 101,340 101,341 101,342 101,343 101,344 2-398 101,353 101,354 101,355 101,356 101,357 101,358 101,359 101,360 2-399 101,369 101,370 101,371 101,372 101,373 101,374 101,375 101,376 2-400 101,385 101,386 101,387 101,388 101,389 101,390 101,391 101,392 2-401 101,401 101,402 101,403 101,404 101,405 101,406 101,407 101,408 2-402 101,417 101,418 101,419 101,420 101,421 101,422 101,423 101,424 2-403 101,433 101,434 101,435 101,436 101,437 101,438 101,439 101,440 2-404 101,449 101,450 101,451 101,452 101,453 101,454 101,455 101,456 2-405 101,465 101,466 101,467 101,468 101,469 101,470 101,471 101,472 2-406 101,481 101,482 101,483 101,484 101,485 101,486 101,487 101,488 2-407 101,497 101,498 101,499 101,500 101,501 101,502 101,503 101,504 2-408 101,513 101,514 101,515 101,516 101,517 101,518 101,519 101,520 2-409 101,529 101,530 101,531 101,532 101,533 101,534 101,535 101,536 2-410 101,545 101,546 101,547 101,548 101,549 101,550 101,551 101,552 2-411 101,561 101,562 101,563 101,564 101,565 101,566 101,567 101,568 2-412 101,577 101,578 101,579 101,580 101,581 101,582 101,583 101,584 2-413 101,593 101,594 101,595 101,596 101,597 101,598 101,599 101,600 2-414 101,609 101,610 101,611 101,612 101,613 101,614 101,615 101,616 2-415 101,625 101,626 101,627 101,628 101,629 101,630 101,631 101,632 2-416 101,641 101,642 101,643 101,644 101,645 101,646 101,647 101,648 2-417 101,657 101,658 101,659 101,660 101,661 101,662 101,663 101,664 2-418 101,673 101,674 101,675 101,676 101,677 101,678 101,679 101,680 2-419 101,689 101,690 101,691 101,692 101,693 101,694 101,695 101,696 2-420 101,705 101,706 101,707 101,708 101,709 101,710 101,711 101,712 2-421 101,721 101,722 101,723 101,724 101,725 101,726 101,727 101,728 2-422 101,737 101,738 101,739 101,740 101,741 101,742 101,743 101,744 2-423 101,753 101,754 101,755 101,756 101,757 101,758 101,759 101,760 2-424 101,769 101,770 101,771 101,772 101,773 101,774 101,775 101,776 2-425 101,785 101,786 101,787 101,788 101,789 101,790 101,791 101,792 2-426 101,801 101,802 101,803 101,804 101,805 101,806 101,807 101,808 2-427 101,817 101,818 101,819 101,820 101,821 101,822 101,823 101,824 2-428 101,833 101,834 101,835 101,836 101,837 101,838 101,839 101,840 2-429 101,849 101,850 101,851 101,852 101,853 101,854 101,855 101,856 2-430 101,865 101,866 101,867 101,868 101,869 101,870 101,871 101,872 2-431 101,881 101,882 101,883 101,884 101,885 101,886 101,887 101,888 2-432 101,897 101,898 101,899 101,900 101,901 101,902 101,903 101,904 2-433 101,913 101,914 101,915 101,916 101,917 101,918 101,919 101,920 2-434 101,929 101,930 101,931 101,932 101,933 101,934 101,935 101,936 2-435 101,945 101,946 101,947 101,948 101,949 101,950 101,951 101,952 2-436 101,961 101,962 101,963 101,964 101,965 101,966 101,967 101,968 2-437 101,977 101,978 101,979 101,980 101,981 101,982 101,983 101,984 2-438 101,993 101,994 101,995 101,996 101,997 101,998 101,999 102,000 2-439 102,009 102,010 102,011 102,012 102,013 102,014 102,015 102,016 2-440 102,025 102,026 102,027 102,028 102,029 102,030 102,031 102,032 2-441 102,041 102,042 102,043 102,044 102,045 102,046 102,047 102,048 2-442 102,057 102,058 102,059 102,060 102,061 102,062 102,063 102,064 2-443 102,073 102,074 102,075 102,076 102,077 102,078 102,079 102,080 2-444 102,089 102,090 102,091 102,092 102,093 102,094 102,095 102,096 2-445 102,105 102,106 102,107 102,108 102,109 102,110 102,111 102,112 2-446 102,121 102,122 102,123 102,124 102,125 102,126 102,127 102,128 2-447 102,137 102,138 102,139 102,140 102,141 102,142 102,143 102,144 2-448 102,153 102,154 102,155 102,156 102,157 102,158 102,159 102,160 2-449 102,169 102,170 102,171 102,172 102,173 102,174 102,175 102,176 2-450 102,185 102,186 102,187 102,188 102,189 102,190 102,191 102,192 Compound represented by the formula (1) 1-209 1-210 1-211 1-212 1-213 1-214 1-215 1-216 Compound 2-376 101,009 101,010 101,011 101,012 101,013 101,014 101,015 101,016 represented 2-377 101,025 101,026 101,027 101,028 101,029 101,030 101,031 101,032 by the 2-378 101,041 101,042 101,043 101,044 101,045 101,046 101,047 101,048 formula 2-379 101,057 101,058 101,059 101,060 101,061 101,062 101,063 101,064 (2) 2-380 101,073 101,074 101,075 101,076 101,077 101,078 101,079 101,080 2-381 101,089 101,090 101,091 101,092 101,093 101,094 101,095 101,096 2-382 101,105 101,106 101,107 101,108 101,109 101,110 101,111 101,112 2-383 101,121 101,122 101,123 101,124 101,125 101,126 101,127 101,128 2-384 101,137 101,138 101,139 101,140 101,141 101,142 101,143 101,144 2-385 101,153 101,154 101,155 101,156 101,157 101,158 101,159 101,160 2-386 101,169 101,170 101,171 101,172 101,173 101,174 101,175 101,176 2-387 101,185 101,186 101,187 101,188 101,189 101,190 101,191 101,192 2-388 101,201 101,202 101,203 101,204 101,205 101,206 101,207 101,208 2-389 101,217 101,218 101,219 101,220 101,221 101,222 101,223 101,224 2-390 101,233 101,234 101,235 101,236 101,237 101,238 101,239 101,240 2-391 101,249 101,250 101,251 101,252 101,253 101,254 101,255 101,256 2-392 101,265 101,266 101,267 101,268 101,269 101,270 101,271 101,272 2-393 101,281 101,282 101,283 101,284 101,285 101,286 101,287 101,288 2-394 101,297 101,298 101,299 101,300 101,301 101,302 101,303 101,304 2-395 101,313 101,314 101,315 101,316 101,317 101,318 101,319 101,320 2-396 101,329 101,330 101,331 101,332 101,333 101,334 101,335 101,336 2-397 101,345 101,346 101,347 101,348 101,349 101,350 101,351 101,352 2-398 101,361 101,362 101,363 101,364 101,365 101,366 101,367 101,368 2-399 101,377 101,378 101,379 101,380 101,381 101,382 101,383 101,384 2-400 101,393 101,394 101,395 101,396 101,397 101,398 101,399 101,400 2-401 101,409 101,410 101,411 101,412 101,413 101,414 101,415 101,416 2-402 101,425 101,426 101,427 101,428 101,429 101,430 101,431 101,432 2-403 101,441 101,442 101,443 101,444 101,445 101,446 101,447 101,448 2-404 101,457 101,458 101,459 101,460 101,461 101,462 101,463 101,464 2-405 101,473 101,474 101,475 101,476 101,477 101,478 101,479 101,480 2-406 101,489 101,490 101,491 101,492 101,493 101,494 101,495 101,496 2-407 101,505 101,506 101,507 101,508 101,509 101,510 101,511 101,512 2-408 101,521 101,522 101,523 101,524 101,525 101,526 101,527 101,528 2-409 101,537 101,538 101,539 101,540 101,541 101,542 101,543 101,544 2-410 101,553 101,554 101,555 101,556 101,557 101,558 101,559 101,560 2-411 101,569 101,570 101,571 101,572 101,573 101,574 101,575 101,576 2-412 101,585 101,586 101,587 101,588 101,589 101,590 101,591 101,592 2-413 101,601 101,602 101,603 101,604 101,605 101,606 101,607 101,608 2-414 101,617 101,618 101,619 101,620 101,621 101,622 101,623 101,624 2-415 101,633 101,634 101,635 101,636 101,637 101,638 101,639 101,640 2-416 101,649 101,650 101,651 101,652 101,653 101,654 101,655 101,656 2-417 101,665 101,666 101,667 101,668 101,669 101,670 101,671 101,672 2-418 101,681 101,682 101,683 101,684 101,685 101,686 101,687 101,688 2-419 101,697 101,698 101,699 101,700 101,701 101,702 101,703 101,704 2-420 101,713 101,714 101,715 101,716 101,717 101,718 101,719 101,720 2-421 101,729 101,730 101,731 101,732 101,733 101,734 101,735 101,736 2-422 101,745 101,746 101,747 101,748 101,749 101,750 101,751 101,752 2-423 101,761 101,762 101,763 101,764 101,765 101,766 101,767 101,768 2-424 101,777 101,778 101,779 101,780 101,781 101,782 101,783 101,784 2-425 101,793 101,794 101,795 101,796 101,797 101,798 101,799 101,800 2-426 101,809 101,810 101,811 101,812 101,813 101,814 101,815 101,816 2-427 101,825 101,826 101,827 101,828 101,829 101,830 101,831 101,832 2-428 101,841 101,842 101,843 101,844 101,845 101,846 101,847 101,848 2-429 101,857 101,858 101,859 101,860 101,861 101,862 101,863 101,864 2-430 101,873 101,874 101,875 101,876 101,877 101,878 101,879 101,880 2-431 101,889 101,890 101,891 101,892 101,893 101,894 101,895 101,896 2-432 101,905 101,906 101,907 101,908 101,909 101,910 101,911 101,912 2-433 101,921 101,922 101,923 101,924 101,925 101,926 101,927 101,928 2-434 101,937 101,938 101,939 101,940 101,941 101,942 101,943 101,944 2-435 101,953 101,954 101,955 101,956 101,957 101,958 101,959 101,960 2-436 101,969 101,970 101,971 101,972 101,973 101,974 101,975 101,976 2-437 101,985 101,986 101,987 101,988 101,989 101,990 101,991 101,992 2-438 102,001 102,002 102,003 102,004 102,005 102,006 102,007 102,008 2-439 102,017 102,018 102,019 102,020 102,021 102,022 102,023 102,024 2-440 102,033 102,034 102,035 102,036 102,037 102,038 102,039 102,040 2-441 102,049 102,050 102,051 102,052 102,053 102,054 102,055 102,056 2-442 102,065 102,066 102,067 102,068 102,069 102,070 102,071 102,072 2-443 102,081 102,082 102,083 102,084 102,085 102,086 102,087 102,088 2-444 102,097 102,098 102,099 102,100 102,101 102,102 102,103 102,104 2-445 102,113 102,114 102,115 102,116 102,117 102,118 102,119 102,120 2-446 102,129 102,130 102,131 102,132 102,133 102,134 102,135 102,136 2-447 102,145 102,146 102,147 102,148 102,149 102,150 102,151 102,152 2-448 102,161 102,162 102,163 102,164 102,165 102,166 102,167 102,168 2-449 102,177 102,178 102,179 102,180 102,181 102,182 102,183 102,184 2-450 102,193 102,194 102,195 102,196 102,197 102,198 102,199 102,200

TABLE 79 Compound represented by the formula (1) 1-201 1-202 1-203 1-204 1-205 1-206 1-207 1-208 Compound 2-451 102,201 102,202 102203 102,204 102,205 102,206 102,207 102,208 represented 2-452 102,217 102,218 102,219 102,220 102,221 102,222 102,223 102,224 by the 2-453 102,233 102,234 102,235 102,236 102,237 102,238 102,239 102,240 formula 2-454 102,249 102,250 102,251 102,252 102,253 102,254 102,255 102,256 (2) 2-455 102,265 102,266 102,267 102,268 102,269 102,270 102,271 102,272 2-456 102,281 102,282 102,283 102,284 102,285 102,286 102,287 102,288 2-457 102,297 102,298 102,299 102,300 102,301 102,302 102,303 102,304 2-458 102,313 102,314 102,315 102,316 102,317 102,318 102,319 102,320 2-459 102,329 102,330 102,331 102,332 102,333 102,334 102,335 102,336 2-460 102,345 102,346 102,347 102,348 102,349 102,350 102,351 102,352 2-461 102,361 102,362 102,363 102,364 102,365 102,366 102,367 102,368 2-462 102,377 102,378 102,379 102,380 102,381 102,382 102,383 102,384 2-463 102,393 102,394 102,395 102,396 102,397 102,398 102,399 102,400 2-464 102,409 102,410 102,411 102,412 102,413 102,414 102,415 102,416 2-465 102,425 102,426 102,427 102,428 102,429 102,430 102,431 102,432 2-466 102,441 102,442 102,443 102,444 102,445 102,446 102,447 102,448 2-467 102,457 102,458 102,459 102,460 102,461 102,462 102,463 102,464 2-468 102,473 102,474 102,475 102,476 102,477 102,478 102,479 102,480 2-469 102,489 102,490 102,491 102,492 102,493 102,494 102,495 102,496 2-470 102,505 102,506 102,507 102,508 102,509 102,510 102,511 102,512 2-471 102,521 102,522 102,523 102,524 102,525 102,526 102,527 102,528 2-472 102,537 102,538 102,539 102,540 102,541 102,542 102,543 102,544 2-473 102,553 102,554 102,555 102,556 102,557 102,558 102,559 102,560 2-474 102,569 102,570 102,571 102,572 102,573 102,574 102,575 102,576 2-475 102,585 102,586 102,587 102,588 102,589 102,590 102,591 102,592 Compound represented by the formula (1) 1-209 1-210 1-211 1-212 1-213 1-214 1-215 1-216 Compound 2-451 102,209 102,210 102,211 102,212 102,213 102,214 102,215 102,216 represented 2-452 102,225 102,226 102,227 102,228 102,229 102,230 102,231 102,232 by the 2-453 102,241 102,242 102,243 102,244 102,245 102,246 102,247 102,248 formula 2-454 102,257 102,258 102,259 102,260 102,261 102,262 102,263 102,264 (2) 2-455 102,273 102,274 102,275 102,276 102,277 102,278 102,279 102,280 2-456 102,289 102,290 102,291 102,292 102,293 102,294 102,295 102,296 2-457 102,305 102,306 102,307 102,308 102,309 102,310 102,311 102,312 2-458 102,321 102,322 102,323 102,324 102,325 102,326 102,327 102,328 2-459 102,337 102,338 102,339 102,340 102,341 102,342 102,343 102,344 2-460 102,353 102,354 102,355 102,356 102,357 102,358 102,359 102,360 2-461 102,369 102,370 102,371 102,372 102,373 102,374 102,375 102,376 2-462 102,385 102,386 102,387 102,388 102,389 102,390 102,391 102,392 2-463 102,401 102,402 102,403 102,404 102,405 102,406 102,407 102,408 2-464 102,417 102,418 102,419 102,420 102,421 102,422 102,423 102,424 2-465 102,433 102,434 102,435 102,436 102,437 102,438 102,439 102,440 2-466 102,449 102,450 102,451 102,452 102,453 102,454 102,455 102,456 2-467 102,465 102,466 102,467 102,468 102,469 102,470 102,471 102,472 2-468 102,481 102,482 102,483 102,484 102,485 102,486 102,487 102,488 2-469 102,497 102,498 102,499 102,500 102,501 102,502 102,503 102,504 2-470 102,513 102,514 102,515 102,516 102,517 102,518 102,519 102,520 2-471 102,529 102,530 102,531 102,532 102,533 102,534 102,535 102,536 2-472 102,545 102,546 102,547 102,548 102,549 102,550 102,551 102,552 2-473 102,561 102,562 102,563 102,564 102,565 102,566 102,567 102,568 2-474 102,577 102,578 102,579 102,580 102,581 102,582 102,583 102,584 2-475 102,593 102,594 102,595 102,596 102,597 102,598 102,599 102,600

More specifically, the composition contains:

-   -   as the compound represented by the formula (1), one or more         compounds selected from the following group A; and     -   as the compound represented by the formula (2), one or more         compounds selected from the following group B.

Group A:

Group B:

Combinations of the compound represented by the formula (1) and the compound represented by the formula (2) which are contained in the composition are more specifically shown below.

Combination 1

The compound represented by the formula (1) is BH1-A, and the compound represented by the formula (2) is BH2-A.

Combination 2

The compound represented by the formula (1) is BH1-A, and the compound represented by the formula (2) is BH2-B.

Combination 3

The compound represented by the formula (1) is BH1-A, and the compound represented by the formula (2) is BH2-C.

Combination 4

The compound represented by the formula (1) is BH1-A, and the compound represented by the formula (2) is BH2-D.

Combination 5

The compound represented by the formula (1) is BH1-A, and the compound represented by the formula (2) is BH2-E.

Combination 6

The compound represented by the formula (1) is BH1-A, and the compound represented by the formula (2) is BH2-F.

Combination 7

The compound represented by the formula (1) is BH1-A, and the compound represented by the formula (2) is BH2-G.

Combination 8

The compound represented by the formula (1) is BH1-A, and the compound represented by the formula (2) is BH2-H.

Combination 9

The compound represented by the formula (1) is BH1-A, and the compound represented by the formula (2) is BH2-I.

Combination 10

The compound represented by the formula (1) is BH1-A, and the compound represented by the formula (2) is BH2-J.

Combination 11

The compound represented by the formula (1) is BH1-A, and the compound represented by the formula (2) is BH2-K.

Combination 12

The compound represented by the formula (1) is BH1-A, and the compound represented by the formula (2) is BH2-L.

Combination 13

The compound represented by the formula (1) is BH1-A, and the compound represented by the formula (2) is BH2-M.

Combination 14

The compound represented by the formula (1) is BH1-B, and the compound represented by the formula (2) is BH2-A.

Combination 15

The compound represented by the formula (1) is BH1-B, and the compound represented by the formula (2) is BH2-B.

Combination 16

The compound represented by the formula (1) is BH1-B, and the compound represented by the formula (2) is BH2-C.

Combination 17

The compound represented by the formula (1) is BH1-B, and the compound represented by the formula (2) is BH2-D.

Combination 18

The compound represented by the formula (1) is BH1-B, and the compound represented by the formula (2) is BH2-E.

Combination 19

The compound represented by the formula (1) is BH1-B, and the compound represented by the formula (2) is BH2-F.

Combination 20

The compound represented by the formula (1) is BH1-B, and the compound represented by the formula (2) is BH2-G.

Combination 21

The compound represented by the formula (1) is BH1-B, and the compound represented by the formula (2) is BH2-H.

Combination 22

The compound represented by the formula (1) is BH1-B, and the compound represented by the formula (2) is BH2-I.

Combination 23

The compound represented by the formula (1) is BH1-B, and the compound represented by the formula (2) is BH2-J.

Combination 24

The compound represented by the formula (1) is BH1-B, and the compound represented by the formula (2) is BH2-K.

Combination 25

The compound represented by the formula (1) is BH1-B, and the compound represented by the formula (2) is BH2-L.

Combination 26

The compound represented by the formula (1) is BH1-B, and the compound represented by the formula (2) is BH2-M.

Combination 27

The compound represented by the formula (1) is BH1-C, and the compound represented by the formula (2) is BH2-A.

Combination 28

The compound represented by the formula (1) is BH1-C, and the compound represented by the formula (2) is BH2-B.

Combination 29

The compound represented by the formula (1) is BH1-C, and the compound represented by the formula (2) is BH2-C.

Combination 30

The compound represented by the formula (1) is BH1-C, and the compound represented by the formula (2) is BH2-D.

Combination 31

The compound represented by the formula (1) is BH1-C, and the compound represented by the formula (2) is BH2-E.

Combination 32

The compound represented by the formula (1) is BH1-C, and the compound represented by the formula (2) is BH2-F.

Combination 33

The compound represented by the formula (1) is BH1-C, and the compound represented by the formula (2) is BH2-G.

Combination 34

The compound represented by the formula (1) is BH1-C, and the compound represented by the formula (2) is BH2-H.

Combination 35

The compound represented by the formula (1) is BH1-C, and the compound represented by the formula (2) is BH2-I.

Combination 36

The compound represented by the formula (1) is BH1-C, and the compound represented by the formula (2) is BH2-J.

Combination 37

The compound represented by the formula (1) is BH1-C, and the compound represented by the formula (2) is BH2-K.

Combination 38

The compound represented by the formula (1) is BH1-C, and the compound represented by the formula (2) is BH2-L.

Combination 39

The compound represented by the formula (1) is BH1-C, and the compound represented by the formula (2) is BH2-M.

Combination 40

The compound represented by the formula (1) is BH1-D, and the compound represented by the formula (2) is BH2-A.

Combination 41

The compound represented by the formula (1) is BH1-D, and the compound represented by the formula (2) is BH2-B.

Combination 42

The compound represented by the formula (1) is BH1-D, and the compound represented by the formula (2) is BH2-C.

Combination 43

The compound represented by the formula (1) is BH1-D, and the compound represented by the formula (2) is BH2-D.

Combination 44

The compound represented by the formula (1) is BH1-D, and the compound represented by the formula (2) is BH2-E.

Combination 45

The compound represented by the formula (1) is BH1-D, and the compound represented by the formula (2) is BH2-F.

Combination 46

The compound represented by the formula (1) is BH1-D, and the compound represented by the formula (2) is BH2-G.

Combination 47

The compound represented by the formula (1) is BH1-D, and the compound represented by the formula (2) is BH2-H.

Combination 48

The compound represented by the formula (1) is BH1-D, and the compound represented by the formula (2) is BH2-I.

Combination 49

The compound represented by the formula (1) is BH1-D, and the compound represented by the formula (2) is BH2-J.

Combination 50

The compound represented by the formula (1) is BH1-D, and the compound represented by the formula (2) is BH2-K.

Combination 51

The compound represented by the formula (1) is BH1-D, and the compound represented by the formula (2) is BH2-L.

Combination 52

The compound represented by the formula (1) is BH1-D, and the compound represented by the formula (2) is BH2-M.

Combination 53

The compound represented by the formula (1) is BH1-E, and the compound represented by the formula (2) is BH2-A.

Combination 54

The compound represented by the formula (1) is BH1-E, and the compound represented by the formula (2) is BH2-B.

Combination 55

The compound represented by the formula (1) is BH1-E, and the compound represented by the formula (2) is BH2-C.

Combination 56

The compound represented by the formula (1) is BH1-E, and the compound represented by the formula (2) is BH2-D.

Combination 57

The compound represented by the formula (1) is BH1-E, and the compound represented by the formula (2) is BH2-E.

Combination 58

The compound represented by the formula (1) is BH1-E, and the compound represented by the formula (2) is BH2-F.

Combination 59

The compound represented by the formula (1) is BH1-E, and the compound represented by the formula (2) is BH2-G.

Combination 60

The compound represented by the formula (1) is BH1-E, and the compound represented by the formula (2) is BH2-H.

Combination 61

The compound represented by the formula (1) is BH1-E, and the compound represented by the formula (2) is BH2-I.

Combination 62

The compound represented by the formula (1) is BH1-E, and the compound represented by the formula (2) is BH2-J.

Combination 63

The compound represented by the formula (1) is BH1-E, and the compound represented by the formula (2) is BH2-K.

Combination 64

The compound represented by the formula (1) is BH1-E, and the compound represented by the formula (2) is BH2-L.

Combination 65

The compound represented by the formula (1) is BH1-E, and the compound represented by the formula (2) is BH2-M.

Combination 66

The compound represented by the formula (1) is BH1-F, and the compound represented by the formula (2) is BH2-A.

Combination 67

The compound represented by the formula (1) is BH1-F, and the compound represented by the formula (2) is BH2-B.

Combination 68

The compound represented by the formula (1) is BH1-F, and the compound represented by the formula (2) is BH2-C.

Combination 69

The compound represented by the formula (1) is BH1-F, and the compound represented by the formula (2) is BH2-D.

Combination 70

The compound represented by the formula (1) is BH1-F, and the compound represented by the formula (2) is BH2-E.

Combination 71

The compound represented by the formula (1) is BH1-F, and the compound represented by the formula (2) is BH2-F.

Combination 72

The compound represented by the formula (1) is BH1-F, and the compound represented by the formula (2) is BH2-G.

Combination 73

The compound represented by the formula (1) is BH1-F, and the compound represented by the formula (2) is BH2-H.

Combination 74

The compound represented by the formula (1) is BH1-F, and the compound represented by the formula (2) is BH2-I.

Combination 75

The compound represented by the formula (1) is BH1-F, and the compound represented by the formula (2) is BH2-J.

Combination 76

The compound represented by the formula (1) is BH1-F, and the compound represented by the formula (2) is BH2-K.

Combination 77

The compound represented by the formula (1) is BH1-F, and the compound represented by the formula (2) is BH2-L.

Combination 78

The compound represented by the formula (1) is BH1-F, and the compound represented by the formula (2) is BH2-M.

Combination 79

The compound represented by the formula (1) is BH1-G, and the compound represented by the formula (2) is BH2-A.

Combination 80

The compound represented by the formula (1) is BH1-G, and the compound represented by the formula (2) is BH2-B.

Combination 81

The compound represented by the formula (1) is BH1-G, and the compound represented by the formula (2) is BH2-C.

Combination 81

The compound represented by the formula (1) is BH1-G, and the compound represented by the formula (2) is BH2-D.

Combination 83

The compound represented by the formula (1) is BH1-G, and the compound represented by the formula (2) is BH2-E.

Combination 84

The compound represented by the formula (1) is BH1-G, and the compound represented by the formula (2) is BH2-F.

Combination 85

The compound represented by the formula (1) is BH1-G, and the compound represented by the formula (2) is BH2-G.

Combination 86

The compound represented by the formula (1) is BH1-G, and the compound represented by the formula (2) is BH2-H.

Combination 87

The compound represented by the formula (1) is BH1-G, and the compound represented by the formula (2) is BH2-I.

Combination 88

The compound represented by the formula (1) is BH1-G, and the compound represented by the formula (2) is BH2-J.

Combination 89

The compound represented by the formula (1) is BH1-G, and the compound represented by the formula (2) is BH2-K.

Combination 90

The compound represented by the formula (1) is BH1-G, and the compound represented by the formula (2) is BH2-L.

Combination 91

The compound represented by the formula (1) is BH1-G, and the compound represented by the formula (2) is BH2-M.

Combination 92

The compound represented by the formula (1) is BH1-H, and the compound represented by the formula (2) is BH2-A.

Combination 93

The compound represented by the formula (1) is BH1-H, and the compound represented by the formula (2) is BH2-B.

Combination 94

The compound represented by the formula (1) is BH1-H, and the compound represented by the formula (2) is BH2-C.

Combination 95

The compound represented by the formula (1) is BH1-H, and the compound represented by the formula (2) is BH2-D.

Combination 96

The compound represented by the formula (1) is BH1-H, and the compound represented by the formula (2) is BH2-E.

Combination 97

The compound represented by the formula (1) is BH1-H, and the compound represented by the formula (2) is BH2-F.

Combination 98

The compound represented by the formula (1) is BH1-H, and the compound represented by the formula (2) is BH2-G.

Combination 99

The compound represented by the formula (1) is BH1-H, and the compound represented by the formula (2) is BH2-H.

Combination 100

The compound represented by the formula (1) is BH1-H, and the compound represented by the formula (2) is BH2-I.

Combination 101

The compound represented by the formula (1) is BH1-H, and the compound represented by the formula (2) is BH2-J.

Combination 102

The compound represented by the formula (1) is BH1-H, and the compound represented by the formula (2) is BH2-K.

Combination 103

The compound represented by the formula (1) is BH1-H, and the compound represented by the formula (2) is BH2-L.

Combination 104

The compound represented by the formula (1) is BH1-H, and the compound represented by the formula (2) is BH2-M.

Combination 105

The compound represented by the formula (1) is BH1-1, and the compound represented by the formula (2) is BH2-A.

Combination 106

The compound represented by the formula (1) is BH1-1, and the compound represented by the formula (2) is BH2-B.

Combination 107

The compound represented by the formula (1) is BH1-1, and the compound represented by the formula (2) is BH2-C.

Combination 108

The compound represented by the formula (1) is BH1-1, and the compound represented by the formula (2) is BH2-D.

Combination 109

The compound represented by the formula (1) is BH1-I, and the compound represented by the formula (2) is BH2-E.

Combination 110

The compound represented by the formula (1) is BH1-I, and the compound represented by the formula (2) is BH2-F.

Combination 111

The compound represented by the formula (1) is BH1-I, and the compound represented by the formula (2) is BH2-G.

Combination 112

The compound represented by the formula (1) is BH1-I, and the compound represented by the formula (2) is BH2-H.

Combination 113

The compound represented by the formula (1) is BH1-I, and the compound represented by the formula (2) is BH2-I.

Combination 114

The compound represented by the formula (1) is BH1-I, and the compound represented by the formula (2) is BH2-J.

Combination 115

The compound represented by the formula (1) is BH1-I, and the compound represented by the formula (2) is BH2-K.

Combination 116

The compound represented by the formula (1) is BH1-I, and the compound represented by the formula (2) is BH2-L.

Combination 117

The compound represented by the formula (1) is BH1-I, and the compound represented by the formula (2) is BH2-M.

Combination 118

The compound represented by the formula (1) is BH1-J, and the compound represented by the formula (2) is BH2-A.

Combination 119

The compound represented by the formula (1) is BH1-J, and the compound represented by the formula (2) is BH2-B.

Combination 120

The compound represented by the formula (1) is BH1-J, and the compound represented by the formula (2) is BH2-C.

Combination 121

The compound represented by the formula (1) is BH1-J, and the compound represented by the formula (2) is BH2-D.

Combination 122

The compound represented by the formula (1) is BH1-J, and the compound represented by the formula (2) is BH2-E.

Combination 123

The compound represented by the formula (1) is BH1-J, and the compound represented by the formula (2) is BH2-F.

Combination 124

The compound represented by the formula (1) is BH1-J, and the compound represented by the formula (2) is BH2-G.

Combination 125

The compound represented by the formula (1) is BH1-J, and the compound represented by the formula (2) is BH2-H.

Combination 126

The compound represented by the formula (1) is BH1-J, and the compound represented by the formula (2) is BH2-I.

Combination 127

The compound represented by the formula (1) is BH1-J, and the compound represented by the formula (2) is BH2-J.

Combination 128

The compound represented by the formula (1) is BH1-J, and the compound represented by the formula (2) is BH2-K.

Combination 129

The compound represented by the formula (1) is BH1-J, and the compound represented by the formula (2) is BH2-L.

Combination 130

The compound represented by the formula (1) is BH1-J, and the compound represented by the formula (2) is BH2-M.

Combination 131

The compound represented by the formula (1) is BH1-K, and the compound represented by the formula (2) is BH2-A.

Combination 132

The compound represented by the formula (1) is BH1-K, and the compound represented by the formula (2) is BH2-B.

Combination 133

The compound represented by the formula (1) is BH1-K, and the compound represented by the formula (2) is BH2-C.

Combination 134

The compound represented by the formula (1) is BH1-K, and the compound represented by the formula (2) is BH2-D.

Combination 135

The compound represented by the formula (1) is BH1-K, and the compound represented by the formula (2) is BH2-E.

Combination 136

The compound represented by the formula (1) is BH1-K, and the compound represented by the formula (2) is BH2-F.

Combination 137

The compound represented by the formula (1) is BH1-K, and the compound represented by the formula (2) is BH2-G.

Combination 138

The compound represented by the formula (1) is BH1-K, and the compound represented by the formula (2) is BH2-H.

Combination 139

The compound represented by the formula (1) is BH1-K, and the compound represented by the formula (2) is BH2-I.

Combination 140

The compound represented by the formula (1) is BH1-K, and the compound represented by the formula (2) is BH2-J.

Combination 141

The compound represented by the formula (1) is BH1-K, and the compound represented by the formula (2) is BH2-K.

Combination 142

The compound represented by the formula (1) is BH1-K, and the compound represented by the formula (2) is BH2-L.

Combination 143

The compound represented by the formula (1) is BH1-K, and the compound represented by the formula (2) is BH2-M.

Combination 144

The compound represented by the formula (1) is BH1-L, and the compound represented by the formula (2) is BH2-A.

Combination 145

The compound represented by the formula (1) is BH1-L, and the compound represented by the formula (2) is BH2-B.

Combination 146

The compound represented by the formula (1) is BH1-L, and the compound represented by the formula (2) is BH2-C.

Combination 147

The compound represented by the formula (1) is BH1-L, and the compound represented by the formula (2) is BH2-D.

Combination 148

The compound represented by the formula (1) is BH1-L, and the compound represented by the formula (2) is BH2-E.

Combination 149

The compound represented by the formula (1) is BH1-L, and the compound represented by the formula (2) is BH2-F.

Combination 150

The compound represented by the formula (1) is BH1-L, and the compound represented by the formula (2) is BH2-G.

Combination 151

The compound represented by the formula (1) is BH1-L, and the compound represented by the formula (2) is BH2-H.

Combination 152

The compound represented by the formula (1) is BH1-L, and the compound represented by the formula (2) is BH2-I.

Combination 153

The compound represented by the formula (1) is BH1-L, and the compound represented by the formula (2) is BH2-J.

Combination 154

The compound represented by the formula (1) is BH1-L, and the compound represented by the formula (2) is BH2-K.

Combination 155

The compound represented by the formula (1) is BH1-L, and the compound represented by the formula (2) is BH2-L.

Combination 156

The compound represented by the formula (1) is BH1-L, and the compound represented by the formula (2) is BH2-M.

Combination 156

The compound represented by the formula (1) is BH1-A, and the compound represented by the formula (2) is BH2-N.

Combination 157

The compound represented by the formula (1) is BH1-A, and the compound represented by the formula (2) is BH2-O.

Combination 158

The compound represented by the formula (1) is BH1-B, and the compound represented by the formula (2) is BH2-N.

Combination 159

The compound represented by the formula (1) is BH1-B, and the compound represented by the formula (2) is BH2-O.

Combination 160

The compound represented by the formula (1) is BH1-C, and the compound represented by the formula (2) is BH2-N.

Combination 161

The compound represented by the formula (1) is BH1-C, and the compound represented by the formula (2) is BH2-O.

Combination 162

The compound represented by the formula (1) is BH1-D, and the compound represented by the formula (2) is BH2-N.

Combination 163

The compound represented by the formula (1) is BH1-D, and the compound represented by the formula (2) is BH2-O.

Combination 164

The compound represented by the formula (1) is BH1-E, and the compound represented by the formula (2) is BH2-N.

Combination 165

The compound represented by the formula (1) is BH1-E, and the compound represented by the formula (2) is BH2-O.

Combination 166

The compound represented by the formula (1) is BH1-F, and the compound represented by the formula (2) is BH2-N.

Combination 167

The compound represented by the formula (1) is BH1-F, and the compound represented by the formula (2) is BH2-O.

Combination 168

The compound represented by the formula (1) is BH1-G, and the compound represented by the formula (2) is BH2-N.

Combination 169

The compound represented by the formula (1) is BH1-G, and the compound represented by the formula (2) is BH2-O.

Combination 170

The compound represented by the formula (1) is BH1-H, and the compound represented by the formula (2) is BH2-N.

Combination 171

The compound represented by the formula (1) is BH1-H, and the compound represented by the formula (2) is BH2-O.

Combination 172

The compound represented by the formula (1) is BH1-1, and the compound represented by the formula (2) is BH2-N.

Combination 173

The compound represented by the formula (1) is BH1-1, and the compound represented by the formula (2) is BH2-O.

Combination 174

The compound represented by the formula (1) is BH1-J, and the compound represented by the formula (2) is BH2-N.

Combination 175

The compound represented by the formula (1) is BH1-J, and the compound represented by the formula (2) is BH2-O.

Combination 176

The compound represented by the formula (1) is BH1-K, and the compound represented by the formula (2) is BH2-N.

Combination 177

The compound represented by the formula (1) is BH1-K, and the compound represented by the formula (2) is BH2-O.

Combination 178

The compound represented by the formula (1) is BH1-L, and the compound represented by the formula (2) is BH2-N.

Combination 179

The compound represented by the formula (1) is BH1-L, and the compound represented by the formula (2) is BH2-O.

The blending ratio of the compound represented by the formula (1) and the compound represented by the formula (2) is not particularly limited. Depending on the desired effect of the composition, the blending ratio of the materials may be appropriately determined.

The blending ratio (mass ratio) of the compound represented by the formula (1) and the compound represented by the formula (2) is usually from 1:99 to 99:1, preferably from 10:90 to 90:10, and more preferably from 40:60 to 60:40.

In one embodiment, the composition is a powder, and the powder consists of a composition containing a compound represented by the formula (1) and a compound represented by the formula (2).

The composition according to an aspect of the invention may be in a powder form. In the powder, both of a compound represented by the formula (1) and a compound represented by the formula (2) may be contained in one powder particle, or the powder may be a mixture of powder particles composed of a compound represented by the formula (1) and powder particles composed of a compound represented by the formula (2). The blending ratio of the compound represented by the formula (1) and the compound represented by the formula (2) in the powder is not particularly limited, and is as described above for the composition. The powder may be also referred to as “premix”.

The composition according to an aspect of the invention may contain component other than the compound represented by the formula (1) and the compound represented by the formula (2). Examples of other components include the above-described dopant material and the like. Details of the dopant materials are as described above.

[Electronic Apparatus]

The electronic apparatus according to an aspect of the invention is characterized in that the organic EL device according to an aspect of the invention is equipped with.

Specific examples of the electronic apparatus include display components such as an organic EL panel module; display devices for a television, a cellular phone, and a personal computer; and emitting devices such as a light, and a vehicular lamp.

EXAMPLES

Hereinafter, Examples according to the invention will be described. The invention is not limited in any way by these Examples.

<Compound>

Compounds represented by the formula (1) (first host material) used in Examples and Comparative Examples are shown below.

Compounds represented by the formula (2) (second host material) used in Examples and Comparative Examples are shown below.

A compound used in Comparative Example B is shown below.

Dopant materials used in Examples and Comparative Examples are shown below.

Other compounds used in Examples and Comparative Examples are shown below.

Example 1 <Fabrication of Organic EL Device>

A25 mm×75 mm×1.1 mm-thick glass substrate with an ITO transparent electrode (anode) (manufactured by GEOMATEC Co., Ltd.) was subjected to ultrasonic cleaning in isopropyl alcohol for 5 minutes, and then subjected to UV-ozone cleaning for 30 minutes. The thickness of the ITO film was 130 nm.

The glass substrate with the transparent electrode after being cleaned was mounted onto a substrate holder in a vacuum vapor deposition apparatus. First, a compound HI-1 and a compound HT-1 were co-deposited on a surface on the side on which the transparent electrode was formed to be 3% by mass in a proportion of the compound HI-1 so as to cover the transparent electrode to form a hole-injecting layer having a thickness of 10 nm.

Next, the compound HT-1 was deposited on the hole-injecting layer to form an HT-1 film having a thickness of 75 nm. The HT-1 film functions as a hole-transporting layer (first hole-transporting layer).

Following the formation of the HT-1 film, a compound HT-2 was deposited on the HT-1 film to form an HT-2 film having a thickness of 15 nm. The HT-2 film functions as an electron-blocking layer (second hole-transporting layer).

A compound BH1-1 (first host material), a compound BH2-1 (second host material), and a compound BD-1 (dopant material) were co-deposited on the HT-2 film to form a BH1-1:BH2-1:BD-1 film having a thickness of 20 nm. The BH1-1:BH2-1:BD-1 film functions as an emitting layer. The mass ratio of the compounds BH1-1 and BH2-1 contained in the emitting layer are 1:1, and the concentration of the compound BD-1 is 2% by mass based on the total mass of the emitting layer.

A compound ET-1 was deposited on the emitting layer to form an ET-1 film having a thickness of 3 nm. The ET-1 film functions as a hole barrier layer (first electron-transporting layer).

A compound ET-2 and (8-quinolinolato)lithium (hereinafter also referred to as Liq) were co-deposited to form an ET-2:Liq film having a Liq proportion of 33% by mass and a thickness of 30 nm. The ET-2:Liq film functions as an electron-transporting layer (second electron-transporting layer). On the ET-2:Liq film, LiF and Yb were co-evaporated to form an LiF:Yb film having a Yb proportion of 50% and a thickness of 1 nm. Metal Al was deposited on the LiF:Yb film to form a metal cathode having a thickness of 50 nm to complete the fabrication of an organic EL device.

The device configuration of the organic EL device of Example 1 is schematically shown as follows.

-   ITO(130)/HT-1:H1-1(10; 3%)/HT-1(75)/HT-2(15)/BH1-1:BH2-1:BD-1(20;     2V0)/ET-1(3)/ET-2:Liq(30; 33%)/LiF:Yb(1; 50%)/A1(50)

The first values in each parentheses represent the film thickness (unit: nm) and the % values represent the mass % of the last described compound based on the total mass of the layer.

<Evaluation of Organic EL Device>

Initial characteristics of the obtained organic EL device was measured by DC (direct current)-constant current driving of 10 mA/cm² at room temperature.

Voltage was applied to the obtained organic EL device so as to be 10 mA/cm² in the current density, and an EL emission spectrum was measured by using Spectroradiometer “CS-1000” (manufactured by Konica Minolta, Inc.). External quantum efficiency (EQE (unit: %)) was calculated from the resulting spectral radiance spectrum.

Voltage was applied to the obtained organic EL device so as to be 50 mA/cm² in the current density, and the time until the luminance decreased 95% of the initial luminance (LT95 (unit: hours)) was measured.

Evaluation results are shown in Table 1. The values in each parentheses represent a difference from Comparative Example 1 for the voltage, and the relative values with the results of

Comparative Example 1 being 100% for the EQE and the LT95.

Example 2

An organic EL device was fabricated and evaluated in the same manner as in Example 1, except that the first host material and the second host material were mixed in advance (premixed) to prepare a composition, and then the composition and the dopant material were co-deposited to form an emitting layer. The results are shown in Table 1. The two materials (the first host material and the second host material) can be stably deposited from a single deposition source, and desired device performance can be obtained.

Examples 2-2 to 2-4

Organic EL devices were fabricated and evaluated in the same manner as in Example 2 (premix), except that the compounds described in Table 1 were used as the host materials of an emitting layer. The results are shown in Table 1.

Comparative Example 1 to 2

Organic EL devices were fabricated and evaluated in the same manner as in Example 1, except that the compounds described in Table 1 were used as the host materials of the emitting layer. The results are shown in Table 1.

TABLE 80 First Second Voltage host host (V) @ 10 m material material A/cm ² EQE (%) LT95 (hr) Ex. 1 BH1-1 BH2-1 3.50 10.0  100 (−0.35)  (98%) (100%) Ex. 2 BH1-1 BH2-1 3.52 10.0  100 (premix) (−0.33)  (98%) (100%) Comp. BH1-1   3.85 10.2  100 Ex. 1  (0.00) (100%) (100%) Comp.   BH2-1 3.30 8.9  86 Ex. 2 (−0.55)  (87%)  (86%) Ex. 2-2 BH1-1 BH2-8 3.50 10.0  140 (premix) (−0.35)  (98%) (140%) Ex. 2-3 BH1-1 BH2-9 3.50 10.0  145 (premix) (−0.35)  (98%) (145%) Ex. 2-4 BH1-6  BH2-3D 3.60 10.0  160 (premix) (−0.25)  (98%) (160%)

Example 3 <Fabrication of Organic EL Device>

A 25 mm×75 mm×1.1 mm-thick glass substrate with an ITO transparent electrode (anode) (manufactured by GEOMATEC Co., Ltd.) was subjected to ultrasonic cleaning in isopropyl alcohol for 5 minutes, and then subjected to UV-ozone cleaning for 30 minutes. The thickness of the ITO film was 130 nm.

The glass substrate with the transparent electrode after being cleaned was mounted onto a substrate holder in a vacuum vapor deposition apparatus. First, a compound HI-2 was deposited on a surface on the side on which the transparent electrode was formed so as to cover the transparent electrode to form a hole-injecting layer having a thickness of 5 nm.

Next, a compound HT-3 was deposited on the hole-injecting layer of the HI-2 layer to form an HT-3 film having a thickness of 80 nm. The HT-3 film functions as a hole-transporting layer (first hole-transporting layer).

Following the formation of the HT-3 film, a compound HT-4 was deposited on the HT-3 film to form an HT-4 film having a thickness of 10 nm. The HT-4 film functions as an electron-blocking layer (second hole-transporting layer).

A compound BH1-2 (first host material), a compound BH2-1 (second host material), and a compound BD-1 (dopant material) were co-deposited on the HT-4 film to form a BH1-2:BH2-1:BD-1 film having a thickness of 25 nm. The BH1-2:BH2-1:BD-1 film functions as an emitting layer. The mass ratio of the compounds BH1-2 and BH2-1 contained in the emitting layer are 1:1, and the concentration of the compound BD-1 is 2% by mass based on the total mass of the emitting layer.

A compound ET-3 was deposited on the emitting layer to form an ET-3 film having a thickness of 10 nm. The ET-3 film functions as a hole barrier layer (first electron-transporting layer).

Co-deposition of a compound ET-4 and Li were carried out to form an ET-4:Li film having a Li proportion of 4% by mass and a thickness of 15 nm. The ET-411 film functions as an electron-transporting layer.

Metal Al was deposited on the ET-4:Li film to form a metal cathode having a thickness of 50 nm to complete the fabrication of an organic EL device.

The device configuration of the organic EL device of Example 3 is schematically shown as follows.

-   ITO(130)/H1-2(5)/HT-3(80)/HT-4(10)/BH1-2:BH2-1:BD-1(25;     2V0)/ET-3(10)/ET-4:Li(15; 4V0)/A1(50)

The first values in each parentheses represent the film thickness (unit: nm) and the % values represent the mass % of the last described compound based on the total mass of the layer.

<Evaluation of Organic EL Device>

The obtained organic EL device was evaluated in the same manner as in Example 1. Evaluation results are shown in Table 2.

The values in each parentheses in Table 2 represent a difference from Comparative Example 3 for the voltage, and relative values with the result of Comparative Example 3 being 100% for the EQE and the LT95.

Comparative Examples 3 to 4

Organic EL devices were fabricated and evaluated in the same manner as in Example 3, except that the compounds described in Table 2 were used as the host materials of the emitting layer. The results are shown in Table 2.

TABLE 81 First Second Voltage host host (V) @ 10 m material material A/cm ² EQE (%) LT95 (hr) Ex. 3 BH1-2 BH2-1 3.52 9.9 125 (−0.20) (100%) (236%) Comp. BH1-2   3.72 9.9  53 Ex. 3  (0.00) (100%) (100%) Comp.   BH2-1 3.46 8.3 163 Ex. 4 (−0.26)  (83%) (294%)

Example 4

An organic EL device was fabricated and evaluated in the same manner as in Example 1, except that the compounds described in Table 3 were used as the host materials of the emitting layer. The results are shown in Table 3. The values in each parentheses in Table 3 represent a difference from Comparative Example 5 for the voltage, and relative values with the result of Comparative Example 5 being 100% for the EQE and the LT95.

Comparative Example 5

An organic EL device was fabricated and evaluated in the same manner as in Example 1, except that the compounds described in Table 3 were used as the host materials of the emitting layer. The results are shown in Table 3.

Examples 2-5 and 2-6

Organic EL devices were fabricated and evaluated in the same manner as in Example 2 (premix), except that the compounds described in Table 3 were used as the host materials of an emitting layer. The results are shown in Table 3.

TABLE 82 First Second Voltage host host (V) @ 10 m material material A/cm ² EQE (%) LT95 (hr) Ex. 4 BH1-3 BH2-2  3.52 10.2 105 (−0.13) (101%) (117%) Comp. BH1-3   3.65 10.1  90 Ex. 5  (0.00) (100%) (100%) Ex. 2-5 BH1-3 BH2-10 3.52 10.2 120 (premix) (−0.13) (101%) (133%) Ex. 2-6 BH1-7 BH2-10 3.52 10.2 140 (premix) (−0.13) (101%) (156%)

Example 5

An organic EL device was fabricated and evaluated in the same manner as in Example 1, except that the compounds described in Table 4 were used as the host materials of the emitting layer. The results are shown in Table 4. The values in each parentheses in Table 4 represent a difference from Comparative Example 6 for the voltage, and relative values with the result of Comparative Example 6 being 100% for the EQE and the LT95.

Comparative Example 6 to 7

Organic EL devices were fabricated and evaluated in the same manner as in Example 1, except that the compounds described in Table 4 were used as the host materials of the emitting layer. The results are shown in Table 4.

TABLE 83 First Second Voltage host host (V) @ 10 m material material A/cm ² EQE (%) LT95 (hr) Ex. 5 BH1-4 BH2-1 3.48 10.0  125 (−0.35) (100%) (100%) Comp. BH1-4   3.83 10.0  125 Ex. 6  (0.00) (100%) (100%) Comp.   BH2-1 3.27 8.6  80 Ex. 7 (−0.56)  (86%)  (64%)

Example 6

An organic EL device was fabricated and evaluated in the same manner as in Example 1, except that the compounds described in Table 5 were used as the host materials of the emitting layer. The results are shown in Table 5. The values in each parentheses in Table 5 represent a difference from Comparative Example 8 for the voltage, and relative values with the result of Comparative Example 8 being 100% for the EQE and the LT95.

Comparative Example 8

An organic EL device was fabricated and evaluated in the same manner as in Example 1, except that the compounds described in Table 5 were used as the host materials of the emitting layer. The results are shown in Table 5.

TABLE 84 First Second Voltage host host (V) @ 10 m material material A/cm ² EQE (%) LT95 (hr) Ex. 6 BH1-5 BH2-2 3.54 10.2 115 (−0.14) (101%) (105%) Comp. BH1-5   3.68 10.1 110 Ex. 8  (0.00) (100%) (100%)

Example 7 <Fabrication of Organic EL Device>

A 25 mm×75 mm×1.1 mm-thick glass substrate with an ITO transparent electrode (anode) (manufactured by GEOMATEC Co., Ltd.) was subjected to ultrasonic cleaning in isopropyl alcohol for 5 minutes, and then subjected to UV-ozone cleaning for 30 minutes. The thickness of the ITO film was 130 nm.

The glass substrate with the transparent electrode after being cleaned was mounted onto a substrate holder in a vacuum vapor deposition apparatus. First, a compound HI-1 and a compound HT-5 were co-deposited on a surface on the side on which the transparent electrode was formed so as to be 3% by mass in a proportion of the compound HI-1 so as to cover the transparent electrode to form a hole-injecting layer having a thickness of 10 nm.

Next, a compound HT-5 was deposited on the hole-injecting layer to form an HT-5 film having a thickness of 75 nm. The HT-5 film functions as a hole-transporting layer (first hole-transporting layer).

Following the formation of the HT-5 film, a compound HT-2 was deposited on the HT-5 film to form an HT-2 film having a thickness of 15 nm. The HT-2 film functions as an electron-blocking layer (second hole-transporting layer).

A compound BH1-1 (first host material), a compound BH2-1 (second host material), and a compound BD-1 (dopant material) were co-deposited on the HT-2 film to form a BH1-1:BH2-1:BD-1 film having a thickness of 20 nm. The BH1-1:BH2-1:BD-1 film functions as an emitting layer. The concentrations of BH1-1, BH2-1, and BD-1 contained in the emitting layer are 58.8% by mass, 39.2% by mass, and 2% by mass, respectively, based on the total mass of the emitting layer. The mass ratio of the compounds BH1-1:BH2-1 contained in the emitting layer is 6:4.

Note that the above-described emitting layer was formed by using a composition in which the first host material BH1-1 and the second host material BH2-1 were mixed in advance (premixed), and co-depositing the composition and the dopant material BD-1. The two materials (the first host material and the second host material) can be stably deposited from a single deposition source.

A compound ET-5 was deposited on the emitting layer to form an ET-5 film having a thickness of 3 nm. The ET-5 film functions as a hole barrier layer (first electron-transporting layer).

Co-deposition of a compound ET-2 and (8-quinolinolato)lithium (hereinafter also referred to as Liq) were carried out to form an ET-2:Liq film having a Liq proportion of 33% by mass and a thickness of 30 nm. The ET-2:Liq film functions as an electron-transporting layer (second electron-transporting layer). On the ET-2:Liq film, LiF and Yb were co-evaporated to form an LiF:Yb film having a Yb proportion of 50% and a thickness of 1 nm. Metal Al was deposited on the LiF:Yb film to form a metal cathode having a thickness of 50 nm to complete the fabrication of an organic EL device.

The device configuration of the organic EL device of Example 7 is schematically shown as follows.

-   ITO(130)/HT-5:H1-1(10; 3V0)/HT-5(75)/HT-2(15)/BH1-1:BH2-1:BD-1(20;     58.8%:39.2%:2%)/ET-5(3)/ET-2:Liq(30; 33%)/LiF:Yb(1; 50%)/A1(50)

The first values in each parentheses represent the film thickness (unit: nm) and the % value represent the mass % of the last described compound based on the total mass of the layer, or the mass % of each compound contained in the layer.

<Evaluation of Organic EL Device>

Voltage was applied to the obtained organic EL device so that the current density became 50 mA/cm², and the time until the luminance decreased 90% of the initial luminance (LT90 (unit: hours)) was measured. Evaluation results are shown in Table 6.

Examples 8 to 10

Organic EL devices were fabricated and evaluated in the same manner as in Example 7, except that the compounds described in Table 6 were used as the host materials of the emitting layer. The results are shown in Table 6.

TABLE 85 First Second host host material material LT90 (hr) Ex. 7  BH1-1 BH2-1 269 (premix) Ex. 8  BH1-1  BH2-1D 285 (premix) Ex. 9  BH1-1 BH2-3 280 (premix) Ex. 10 BH1-1  BH2-3D 301 (premix)

Examples 11 and 12

Organic EL devices were fabricated in the same manner as in Example 7, except that the first host material and the second host material described in Table 7 were used as the host material of the emitting layer in the proportions described in Table 7, and evaluated in the same manner as in Example 1. The results are shown in Table 7.

TABLE 86 Voltage First Second Mass ratio of (V) host host first and second @ 10 EQE LT95 material material host material mA/cm² (%) (hr) Ex. 11 BH 1-3 BH 2-5 5:5 3.52 9.77 80 (premix) Ex. 12 BH 1-3 BH 2-6 5:5 3.51 9.7 71 (premix)

Examples 13 to 15

Organic EL devices were fabricated in the same manner as in Example 7, except that the first host material and the second host material described in Table 8 were used as the host material of the emitting layer in the proportions described in Table 8, and evaluated in the same manner as in Example 1. The results are shown in Table 8.

TABLE 87 Voltage First Second Mass ratio of (V) host host first and second @ 10 EQE LT95 material material host material mA/cm² (%) (hr) Ex. 13 BH 1-3 BH 2-7 7:3 3.48 9.56 111 (premix) Ex. 14 BH 1-3 BH 2-7 5:5 3.39 9.55 102 (premix) Ex. 15 BH 1-3 BH 2-7 3:7 3.34 9.10 104 (premix)

Example A <Fabrication of an Organic EL Device Using a Compound Represented by the Formula (3-2) as a Single Host Material>

A 25 mm×75 mm×1.1 mm-thick glass substrate with an ITO transparent electrode (anode) (manufactured by GEOMATEC Co., Ltd.) was subjected to ultrasonic cleaning in isopropyl alcohol for 5 minutes, and then subjected to UV-ozone cleaning for 30 minutes. The thickness of the ITO film was 130 nm.

The glass substrate with the transparent electrode after being cleaned was mounted onto a substrate holder in a vacuum vapor deposition apparatus. First, a compound HI-2 was deposited on a surface on the side on which the transparent electrode was formed so as to cover the transparent electrode to form a hole-injecting layer having a thickness of 5 nm.

Next, a compound HT-6 was deposited on the hole-injecting layer to form an HT-6 film having a thickness of 80 nm. The HT-6 film functions as a hole-transporting layer (first hole-transporting layer).

Following the formation of the HT-6 film, a compound HT-7 was deposited on the HT-6 film to form an HT-7 film having a thickness of 10 nm. The HT-7 film functions as an electron-blocking layer (second hole-transporting layer).

A compound BH2-1 D (host material) and a compound BD-2 (dopant material) were co-deposited on the HT-7 film to form a BH2-1D:BD-2 film having a thickness of 25 nm. The BH2-1 D:BD-2 film functions as an emitting layer. The concentration of BD-2 contained in the emitting layer was 4% by mass based on the total mass of the emitting layer.

A compound ET-5 was deposited on the emitting layer to form an ET-5 film having a thickness of 10 nm. The ET-5 film functions as a hole barrier layer (first electron-transporting layer).

A compound ET-2 was deposited to form an ET-2 film having a thickness of 15 nm. The ET-2 film functions as an electron-transporting layer (second electron-transporting layer). LiF was deposited on the ET-2 film to form a LiF film having a thickness of 1 nm. Metal Al was deposited on the LiF film to form a metal cathode having a thickness of 80 nm to complete the fabrication of an organic EL device.

The device configuration of the organic EL device of Example A is schematically shown as follows.

-   ITO(130)/HI-2(5)/HT-6(80)/HT-7(10)/BH2-1D:BD-2(25;     4%)/ET-5(10)/ET-2(15)/LiF(1)/A1(80)

The first values in each parentheses represent the film thickness (unit: nm) and the % values represent the mass % of the last described compound based on the total mass of the layer.

<Evaluation of Organic EL Device>

Voltage was applied to the obtained organic EL device so that the current density became 50 mA/cm², and the time until the luminance decreased 90% of the initial luminance (LT90 (unit: hours)) was measured. Evaluation results are shown in Table 9.

Comparative Example B

An organic EL device was fabricated and evaluated in the same manner as in Example A, except that the compound described in Table 9 was used as a host material of the emitting layer. The results are shown in Table 9.

TABLE 88 Host material LT90 (hr) Ex. A BH2-1D 222 Comp. Ref. BH2-4D 125 Ex. B

From the results shown in Table 9, it can be seen that Comparative Example B using the compound Ref. BH2-4D in which the bonding position of naphthobenzofuran to the anthracene unit differs from the compound BH2-1D has inferior device lifetime as compared with Example A.

<Synthesis of compounds>

Synthesis Example 1: Synthesis of Compound BH2-2

A compound BH2-2 was synthesized in accordance with the following synthetic scheme.

(1) Synthesis of (1-fluoronaphthalen-2-yl)boronic Acid (Intermediate 1)

Under an argon atmosphere, 7.2 g of 2,2,6,6-tetramethylpiperidine and 60 mL of tetrahydrofuran (dehydrated) were placed in a flask and cooled to −43° C. Then 33 mL of n-BuLi (1.55 M in hexane) was added thereto, and the mixture was stirred at −40° C. for 30 minutes. The mixture was then cooled to −69° C., 16.0 mL of (^(i)PrO)₃B was added, and the mixture was stirred at −78° C. for 5 minutes, then 20 mL of a THF solution in which 5.00 g of 1-fluoronaphthalene was dissolved was added dropwise thereto, and the mixture was stirred in an ice bath for 10 hours. After completion of the reaction, 1 N HCl aq. (100 mL) was added thereto and the mixture was stirred at room temperature for 1 hours. The mixture was then transferred to a separatory funnel and extracted with ethyl acetate. The ethyl acetate solution was dried over anhydrous magnesium sulfate, concentrated, and washed with hexane to obtain 6.13 g (yield: 71%) of a white solid of (1-fluoronaphthalen-2-yl)boronic acid (Intermediate 1).

(2) Synthesis of 2-(2,6-dimethoxyphenyl)-1-fluoronaphthalene (Intermediate 2)

Under an argon atmosphere, 4.52 g of (1-fluoronaphthalen-2-yl)boronic acid (Intermediate 1), 4.30 g of 2-bromo-1,3-dimethoxybenzene, 0.91 g of tris(dibenzylideneacetone)dipaladium(0), 0.81 g of 2-dicyclohexylphosphino-2′,6′-dimethoxybiphenyl (SPhos), 12.6 g of tripotassium phosphate, and 10 mL of toluene (dehydrated) were placed in a flask and the mixture was refluxed with heating and stirring for 7 hours. After cooling to room temperature, the reaction solution was extracted using toluene, and after removing the aqueous phase, the organic phase was washed with saturated brine. The organic phase was dried over anhydrous sodium sulfate, then concentrated, and the residue was purified by silica gel column chromatography to obtain 4.70 g (yield: 84%) of 2-(2,6-dimethoxyphenyl)-1-fluoronaphthalene (Intermediate 2).

(3) Synthesis of 2-(1-fluoronaphthalen-2-yl)benzene-1,3-diol (Intermediate 3)

Under an argon atmosphere, 4.70 g of 2-(2,6-dimethoxyphenyl)-1-fluoronaphthalene (Intermediate 2) and 210 mL of dichloromethane (dehydrated) were placed in a flask and cooled to 0° C. 41 mL of a 1.0 mol/L solution of boron tribromide in dichloromethane was added to the mixture, and the mixture was stirred at room temperature for 4 hours. After completion of the reaction, the solution was cooled to −78° C., carefully deactivated with methanol, and further deactivated with a sufficient amount of water. The solution was transferred to a separatory funnel, extracted with dichloromethane, and dried over anhydrous sodium sulfate, followed by removal of the origin impurity through a silica gel short column. The solution was concentrated, and the obtained sample was dried under vacuum at room temperature for 3 hours to obtain 4.00 g (94%) of a transparent oil of 2-(3-fluoronaphthalen-2-yl)benzen-1,3-diol (Intermediate 3).

(4) Synthesis of Naphtho[1,2-b]benzofuran-7-ol (Intermediate 4)

Under an argon-atmosphere, 4.00 g of 2-(3-fluoronaphthalen-2-yl)benzene-1,3-diol (Intermediate 3), 15 mL of N-methyl-2-pyrrolidinone (dehydrated), and 3.26 g of K₂CO₃ were placed in a flask and then stirred at 150° C. for 2 hours. After completion of the reaction, the solution was cooled to room temperature, ethyl acetate (200 mL) was added thereto, and the solution was transferred to a separatory funnel and washed with water. This solution was dried over anhydrous sodium sulfate, and then purified by silica gel column chromatography to obtain 1.25 g (yield: 34%) of a white solid of naphtho[1,2-b]benzofuran-7-ol (Intermediate 4).

(5) Synthesis of Naphtho[1,2-b]benzofuran-7-yl trifluoromethanesulfonate (Intermediate 5)

Under an argon atmosphere, 1.25 g of naphtho[1,2-b]benzofuran-7-ol (Intermediate 4), 65 mg of N,N-dimethyl-4-aminopyridine, 1.08 mL of trifluoromethanesulfonic anhydride, and 27 mL of dichloromethane (dehydrated) were placed in a flask and cooled to 0° C. 10.6 mL of pyridine (dehydrated) was added dropwise thereto, and then the mixture was stirred at room temperature for 2 hours. After completion of the reaction, the mixture was deactivated with a sufficient amount of water. The solution was transferred to a separatory funnel, extracted with dichloromethane, dried over anhydrous sodium sulfate, and then passed through a silica gel short column to remove the origin impurities. The solution was concentrated, and the obtained sample was dried under vacuum at room temperature for 3 hours to obtain 1.50 g (77%) of a white solid of naphtho[1,2-b]benzofuran-7-yl trifluoromethanesulfonate (Intermediate 5).

(5) Synthesis of Anthracene Derivative (Compound BH2-2)

Under an argon atmosphere, 4.09 g of [1,2-b]benzofuran-7-yl trifluoromethanesulfonate (Intermediate 5), 4.09 g of (3-(10-phenylanthracen-9-yl)phenyl)boronic acid synthesized by a known method, 0.19 g of tetrakis(triphenylphosphine)palladium(0), 0.87 g of sodium carbonate, 30 mL of 1,4-dioxane, and 10 mL of ion-exchanged water were placed in a flask, and the mixture was refluxed with stirring for 4 hours. After cooling to room temperature, precipitated solid was collected by filtration. The resulting solid was washed with water and then acetone, followed by recrystallization with a mixed solvent of acetonitrile and hexane to obtain 1.41 g of a white solid.

As the result of the mass spectrum analysis, this white solid has an m/e of 546, thereby it was confirmed to be a compound BH2-2 having a molecular weight of 546.20. [0780] Synthesis Example 2: Synthesis of Compound BH2-1 D

A compound BH2-1 D (a compound represented by the formula (3-2)) was synthesized in accordance with the following synthetic scheme.

Under an argon atmosphere, 0.97 g of naphtho[2,3-b]benzofuran-1-yl trifluoromethanesulfonate, 0.80 g of (10-(phenyl-d₅)anthracen-9-yl)boronic acid synthesized by a known method, 0.12 g of tetrakis(triphenylphosphine)palladium(0) (Pd(PPh₃)₄), 2.11 g of sodium carbonate, 25 mL of 1,4-dioxane, and 10 mL of ion-exchanged water were placed in a flask, and the mixture was refluxed with stirring at 100° C. for 18 hours. After cooling the reaction solution to room temperature, a precipitated solid was collected by filtration. The resulting solid was washed with water and then acetone, followed by recrystallization with a mixed solvent of toluene and cyclohexane to obtain 0.82 (66%) of a pale yellow solid. As the result of the mass spectrum analysis, this pale yellow solid has an m/e of 476, thereby it was confirmed to be a compound BH2-1 D having a molecular weight of 475.60.

Synthesis Example 3: Synthesis of Compound BH2-5D

A compound BH2-5D (a compound represented by the formula (3-1)) was synthesized in accordance with the following synthetic scheme.

(1) Synthesis of 9-(3-chlorophenyl)-10-(phenyl-d₅)anthracene (Intermediate 6)

Under an argon atmosphere, 5.00 g of (10-(phenyl-d₅)anthracen-9-yl)boronic acid synthesized by a known method, 0.95 g of tetrakis(triphenylphosphine)palladium(0), 2.62 g of sodium carbonate, 80 mL of 1.4-dioxane, and 15 mL of ion-exchanged water were placed in a flask, and the mixture was refluxed with stirring at 100° C. for 8 hours. Water was added to the reaction solution, followed by extraction using toluene. The extract was dried over anhydrous sodium sulfate, and then the solvent was distilled off under reduced pressure. The residue was purified by silica gel column chromatography (hexane/toluene=3/1-1/1) to obtain 4.39 g (72%) of a pale yellow solid. As the result of the mass spectral analysis, this pale yellow solid has an m/e of 370, thereby it was confirmed to be an Intermediate 6 having a molecular weight of 369.90.

(2) Synthesis of 4,4,5,5-tetramethyl-2-(3-(10-(phenyl-d₅)anthracen-9-yl)-1,3,2-dioxaborane (Intermediate 7)

Under an argon atmosphere, 5.00 g of 9-(3-chlorophenyl)-10-(phenyl-d5)anthracene (Intermediate 6) synthesized in (1) above, 0.13 g of palladium acetate (2), 0.29 g of Xphos, 2.33 g of potassium acetate, 3.62 g of bis(pinacolate)diboron, and 60 mL of 1,4-dioxane were refluxed with stirring at 100° C. for 8 hours. Water was added to the reaction solution, followed by extraction using toluene. The extract was dried over anhydrous sodium sulfate, and then the solvent was distilled off under reduced pressure. The residue was purified by silica gel column chromatography (hexane/toluene=1/1 to 1/2) to obtain 3.72 g (68%) of a pale yellow solid. As the result of the mass spectral analysis, this pale yellow solid has an m/e of 462, thereby it was confirmed to be an Intermediate 7 having a molecular weight of 461.42.

(3) Synthesis of 2-(2-methoxynaphthalene)-4,4,5,5-tetramethyl-1,3,2-dioxaborane (Intermediate 8)

Under an argon atmosphere, 800 mL of a solution of 20.0 g of 1-bromo-2-methoxynaphthalene in THF was cooled to −78° C., and 56.0 mL of n-butyllithium (1.6 M hexane solution) was added thereto dropwise over 10 minutes. Then, the mixture was stirred at the same temperature for 30 minutes. To this solution, 20.0 mL of 2-isopropoxy-4,4,5,5-tetramethyl-1,3,2-dioxaborolane (B(OiPr)(Pin)) was added, and the mixture was stirred at room temperature for 4 hours. Water was added to the reaction solution, followed by extraction using ethyl acetate. The extract was dried over anhydrous sodium sulfate, and then the solvent was distilled off under reduced pressure. The residue was purified by silica gel column chromatography (hexane/ethyl acetate=30/1 to 3/1) to obtain 16.3 g (54%) of a pale yellow solid. As the result of the mass spectral analysis, this pale yellow solid has an m/e of 285, thereby it was confirmed to be an Intermediate 8 having a molecular weight of 284.16.

(4) Synthesis of 1-(2-fluoro-6-methoxyphenyl)-2-methoxynaphthalene (Intermediate 9)

Under an argon atmosphere, 13.2 g of 2-(2-methoxynaphthalene)-4,4,5,5-tetramethyl-1,3,2-dioxaborane (Intermediate 8), 9.00 g of 2-bromo-1-fluoro-3-methoxybenzene, 2.00 g of tris(dibenzylideneacetone)dipalladium(0), 2.0 g of Sphos, 7.00 g of sodium carbonate, 400 mL of 1,4-dioxane, and 40 mL of ion-exchanged water were placed in a flask, and the mixture was refluxed with stirring at 100° C. for 12 hours. Water was added to the reaction solution, followed by extraction using ethyl acetate. The extract was dried over anhydrous sodium sulfate, and then the solvent was distilled off under reduced pressure. The residue was purified by silica gel column chromatography (hexane/ethyl acetate=1/1) to obtain 5.81 g (47%) of a white solid. As the result of the mass spectral analysis, this white solid has an m/e of 283, thereby it was confirmed to be an Intermediate 9 having a molecular weight of 282.31.

(5) Synthesis of 1-(2-fluoro-6-hydroxyphenyl)-2-hydroxynaphthalene (Intermediate 10)

Under an argon atmosphere, 150 mL of a solution of 4.00 g of 1-(2-fluoro-6-methoxyphenyl)-2-methoxynaphthalene (Intermediate 9) in dichloromethane was cooled to −78° C., and 30 mL of boron tribromide (1.0 M dichloromethane solution) was added thereto dropwise over 30 minutes, and the mixture was stirred at room temperature for 2 hours. A saturated solution of sodium bicarbonate was added thereto, and the mixture was stirring for 10 minutes. The organic phase was separated by Phase separator and concentrated under reduced pressure. The residue was purified by silica gel column chromatography (hexane/ethyl acetate=9/1-0/10) to obtain 3.23 g (93%) of a white solid. As the result of the mass spectrum analysis, this white solid has an m/e of 255, thereby it was confirmed to be an Intermediate 10 having a molecular weight of 254.16.

(6) Synthesis of naphtho[2,1-b]benzofuran-11-ol (Intermediate 11)

Under an argon atmosphere, 3.23 g of 1-(2-fluoro-6-hydroxyphenyl)-2-hydroxynaphthalene (Intermediate 10) and 420 mL of a solution of 1.74 g of potassium carbonate in MNP were placed in a flask, and the mixture was refluxed with stirring at 150° C. for 12 hours. Water was added to the reaction solution, followed by extraction using ethyl acetate. The extract was dried over sodium sulfate, and then the solvent was distilled off under reduced pressure. The residue was purified by silica gel column chromatography (hexane/ethyl acetate=3/1-1/1) to obtain 2.56 g (87%) of a white solid. As the result of the mass spectrum analysis, this white solid has an m/e of 235, thereby it was confirmed to be an Intermediate 11 having a molecular weight of 234.25.

(7) Synthesis of Naphtho[2,1-b]benzofuran-11-trifluoromethanesulfonate (Intermediate 12)

Under an argon atmosphere, 55 mL of a solution of 2.56 g of naphtho[2,1-b]benzofuran-11-01 (Intermediate 11) in dichloromethane was cooled to −78° C., 1.1 mL of pyridine and 3.70 g of trifluoromethanesulfonic anhydride (Tf₂O) were added theretu, and the mixture was stirred at room temperature for 2 hours. A solution of saturated sodium bicarbonate was added thereto, followed by stirring for 10 minutes. The organic phase was separated by Phase separator and concentrated under reduced pressure. The residue was purified by silica gel column chromatography (hexane/ethyl acetate=9/1) to obtain 3.80 g (95%) of a white solid of an Intermediate 12. As the result of the mass spectrum analysis, this white solid has an m/e of 366, thereby it was confirmed to be an Intermediate 12 having a molecular weight of 366.31.

(8) Synthesis of an Anthracene Derivative (Compound BH2-5D)

Under an argon atmosphere, 2.00 g of naphtho[2,1-b]benzofuran-11-trifluoromethanesulfonate (Intermediate 12), 2.52 g of 4,4,5,5-tetramethyl-2-(3-(10-(phenyl-d5)anthracen-9-yl)-1,3,2-dioxaborane (Intermediate 7), 0.32 g of tetrakis(triphenylphosphine)palladium(0), 1.73 g of sodium carbonate, 30 mL of 1.4-dioxane, and 10 mL of ion-exchanged water were placed in a flask, and the mixture was refluxed with stirring at 100° C. for 18 hours. After cooling the reaction solution to room temperature, a precipitated solid was collected by filtration. The resulting solid was washed with water and then acetone, followed by recrystallization with a mixed solvent of toluene and cyclohexane to obtain 2.02 g (67%) of a pale yellow solid. As the result of the mass spectral analysis, this pale yellow solid has an m/e of 552, thereby it was confirmed to be a Compound BH2-5D having a molecular weight of 551.70.

Although only some exemplary embodiments and/or examples of this invention have been described in detail above, those skilled in the art will readily appreciate that many modifications are possible in the exemplary embodiments and/or examples without materially departing from the novel teachings and advantages of this invention. Accordingly, all such modifications are intended to be included within the scope of this invention.

The documents described in the specification and the specification of Japanese application(s) on the basis of which the present application claims Paris convention priority are incorporated herein by reference in its entirety. 

1. An organic electroluminescence device comprising: a cathode; an anode; and at least one emitting layer disposed between the cathode and the anode, wherein the emitting layer comprises a first host material, a second host material, and a dopant material, the first host material is a compound represented by the following formula (1), the second host material is a compound represented by the following formula (2), and the first host material and the second host material are different compounds:

wherein in the formula (1), R_(1A) to R_(8A) are independently a hydrogen atom, a substituent R, or a group represented by the following formula (1A); the substituent R is a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted alkenyl group including 2 to 50 carbon atoms, a substituted or unsubstituted alkynyl group including 2 to 50 carbon atoms, a substituted or unsubstituted cycloalkyl group including 3 to 50 ring carbon atoms, —Si(R₉₀₁)(R₉₀₂)(R₉₀₃), —O—(R₉₀₄), —S—(R₉₀₅), —N(R₉₀₆)(R₉₀₇), a halogen atom, a cyano group, a nitro group, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; when two or more of the substituents R are present, the two or more of the substituents R may be the same as or different from each other; L_(1A)'s are independently a single bond, a substituted or unsubstituted arylene group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted divalent heterocyclic group including 5 to 50 ring atoms; Ar_(1A)'s are independently a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; R₉₀₁ to R₉₀₇ are independently a hydrogen atom, a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted cycloalkyl group including 3 to 50 ring carbon atoms, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; when two or more of each of R₉₀₁ to R₉₀₇ are present, the two or more of each of R₉₀₁ to R₉₀₇ are the same as or different from each other; -L_(1A)-Ar_(1A)  (1A) wherein in the formula (1A), L_(1A) and Ar_(1A) are as defined in the formula (1); and when two or more groups represented by the formula (1A) are present, the two or more of the groups represented by the formula (1A) may be the same as or different from each other,

wherein in the formula (2), X_(11B) is an oxygen atom or a sulfur atom; one or more sets of adjacent two or more of R_(14B) to R_(17B) form a substituted or unsubstituted, saturated or unsaturated ring by bonding with each other; one or more sets of adjacent two or more of R_(11B) to R_(13B) form a substituted or unsubstituted, saturated or unsaturated ring by bonding with each other, or do not form a substituted or unsubstituted, saturated or unsaturated ring; R_(1B) to R_(8B), and R_(11B) to R_(17B) which do not form the substituted or unsubstituted, saturated or unsaturated ring are independently a hydrogen atom, a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted alkenyl group including 2 to 50 carbon atoms, a substituted or unsubstituted alkynyl group including 2 to 50 carbon atoms, a substituted or unsubstituted cycloalkyl group including 3 to 50 ring carbon atoms, —Si(R₉₀₁)(R₉₀₂)(R₉₀₃), —O—(R₉₀₄), —S—(R₉₀₅), —N(R₉₀₆)(R₉₀₇), a halogen atom, a cyano group, a nitro group, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; L_(1B) and L_(2B) are independently a single bond, a substituted or unsubstituted arylene group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted divalent heterocyclic group including 5 to 50 ring atoms; Ar_(1B) is a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; and R₉₀₁ to R₉₀₇ are as defined in the formula (1).
 2. The organic electroluminescence device according to claim 1, wherein the compound represented by the formula (2) is a compound represented by the following formula (2-1), the following formula (2-2), or the following formula (2-3):

wherein in the formulas (2-1), (2-2), and (2-3), R_(1B) to R_(8B), R_(11B) to R_(13B), L_(1B), L_(2B), X_(11B), and Ar_(1B) are as defined in the formula (2); R_(14B) to R_(21B) are independently a hydrogen atom, a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted alkenyl group including 2 to 50 carbon atoms, a substituted or unsubstituted alkynyl group including 2 to 50 carbon atoms, a substituted or unsubstituted cycloalkyl group including 3 to 50 ring carbon atoms, —Si(R₉₀₁)(R₉₀₂)(R₉₀₃), —O—(R₉₀₄), —S—(R₉₀₅), —N(R₉₀₆)(R₉₀₇), a halogen atom, a cyano group, a nitro group, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; and R₉₀₁ to R₉₀₇ are as defined in the formula (1).
 3. The organic electroluminescence device according to claim 1, wherein in the formula (2), L_(1B) and L_(2B) are independently a single bond or a substituted or unsubstituted arylene group including 6 to 14 ring carbon atoms.
 4. The organic electroluminescence device according to claim 1, wherein in the formula (2), L_(1B) and L_(2B) are independently a single bond, a substituted or unsubstituted phenylene group, a or substituted or unsubstituted naphthylene group.
 5. The organic electroluminescence device according to claim 1, wherein the compound represented by the formula (2) is a compound represented by the following formula (2-11), the following formula (2-12), or the following formula (2-13):

wherein in the formulas (2-11), (2-12), and (2-13), R_(1B) to R_(8B), R_(11B) to R_(13B), X_(11B), and Ar_(1B) are as defined in the formula (2); R_(14B) to R_(21B) are independently a hydrogen atom, a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted alkenyl group including 2 to 50 carbon atoms, a substituted or unsubstituted alkynyl group including 2 to 50 carbon atoms, a substituted or unsubstituted cycloalkyl group including 3 to 50 ring carbon atoms, —Si(R₉₀₁)(R₉₀₂)(R₉₀₃), —O—(R₉₀₄), —S—(R₉₀₅), —N(R₉₀₆)(R₉₀₇), a halogen atom, a cyano group, a nitro group, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; and R₉₀₁ to R₉₀₇ are as defined in the formula (1).
 6. The organic electroluminescence device according to claim 1, wherein in the formula (2), Ar_(1B) is a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms.
 7. The organic electroluminescence device according to claim 1, wherein in the formula (2), Ar_(1B) is selected from groups represented by each of the following formulas (a1) to (a4):

wherein in the formulas (a1) to (a4), * is a single bond which bonds with L_(1B); R₂₁ is a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted alkenyl group including 2 to 50 carbon atoms, a substituted or unsubstituted alkynyl group including 2 to 50 carbon atoms, a substituted or unsubstituted cycloalkyl group including 3 to 50 ring carbon atoms, —Si(R₉₀₁)(R₉₀₂)(R₉₀₃), —O—(R₉₀₄), —S—(R₉₀₅), —N(R₉₀₆)(R₉₀₇), a halogen atom, a cyano group, a nitro group, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; R₉₀₁ to R₉₀₇ are as defined in the formula (1); m1 is an integer of 0 to 4; m2 is an integer of 0 to 5; m3 is an integer of 0 to 7; when each of m1 to m3 is 2 or more, a plurality of R₂₁'s may be the same as or different from each other; and when each of m1 to m3 is 2 or more, a plurality of adjacent R₂₁'s form a substituted or unsubstituted, saturated or unsaturated ring by bonding with each other, or do not form a substituted or unsubstituted, saturated or unsaturated ring.
 8. The organic electroluminescence device according to claim 1, wherein in the formula (2), X_(11B) is an oxygen atom.
 9. The organic electroluminescence device according to claim 1, wherein the compound represented by the formula (2) is a compound represented by the following formula (2-21), the following formula (2-22), or the following formula (2-23):

wherein in the formulas (2-21), (2-22), and (2-23), Ar_(1B) is as defined in the formula (2).
 10. The organic electroluminescence device according to claim 1, wherein the compound represented by the formula (1) is a compound represented by the following formula (1-1):

wherein in the formula (14), R_(1A), R_(3A) to R_(8A), L_(1A), and Ar_(1A) are as defined in the formula (1).
 11. The organic electroluminescence device according to claim 1, wherein the compound represented by the formula (1) is a compound represented by the following formula (1-11), the following formula (1-12), or the following formula (1-13):

wherein in the formula (1-11), the formula (1-12), and the formula (1-13), R_(1A), R_(3A) to R_(8A), L_(1A), and Ar_(1A) are as defined in the formula (1).
 12. The organic electroluminescence device according to claim 1, wherein the compound represented by the formula (1) is a compound represented by the following formula (1-2):

wherein in the formula (1-2), L_(1A) and Ar_(1A) are as defined in the formula (1).
 13. The organic electroluminescence device according to claim 1, wherein the compound represented by the formula (1) is a compound represented by the following formula (1-21), the following formula (1-22), or the following formula (1-23):

wherein in the formula (1-21), the formula (1-22), and the formula (1-23), L_(1A) and Ar_(1A) are as defined in the formula (1).
 14. The organic electroluminescence device according to claim 1, wherein in the formula (1), L_(1A)'s are independently a single bond or a substituted or unsubstituted arylene group including 6 to 14 ring carbon atoms.
 15. The organic electroluminescence device according to claim 1, wherein in the formula (1), L_(1A)'s are independently a single bond, a substituted or unsubstituted phenylene group, or a substituted or unsubstituted naphthylene group.
 16. The organic electroluminescence device according to claim 1, wherein in the formula (1), Ar_(1A)'s are independently a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms.
 17. The organic electroluminescence device according to claim 1, wherein in the formula (1), Ar_(1A)'s are independently selected from groups represented by each of the following formulas (a1) to (a4):

wherein in the formulas (a1) to (a4), * is a single bond which bonds with L_(1A); R₂₁ is a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted alkenyl group including 2 to 50 carbon atoms, a substituted or unsubstituted alkynyl group including 2 to 50 carbon atoms, a substituted or unsubstituted cycloalkyl group including 3 to 50 ring carbon atoms, —Si(R₉₀₁)(R₉₀₂)(R₉₀₃), —O—(R₉₀₄), —S—(R₉₀₅), —N(R₉₀₆)(R₉₀₇), a halogen atom, a cyano group, a nitro group, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; R₉₀₁ to R₉₀₇ are as defined in the formula (1); m1 is an integer of 0 to 4; m2 is an integer of 0 to 5; m3 is an integer of 0 to 7; when each of m1 to m3 is 2 or more, a plurality of R₂₁'s may be the same as or different from each other; and when each of m1 to m3 is 2 or more, a plurality of adjacent R₂₁'s form a substituted or unsubstituted, saturated or unsaturated ring by bonding with each other, or do not form a substituted or unsubstituted, saturated or unsaturated ring.
 18. The organic electroluminescence device according to claim 1, wherein the dopant material comprises a compound represented by the following formula (31):

wherein in the formula (31), one or more sets of adjacent two or more of R₃₀₁ to R₃₀₇ and R₃₁₁ to R₃₁₇ form a substituted or unsubstituted, saturated or unsaturated ring by bonding with each other, or do not form a substituted or unsubstituted, saturated or unsaturated ring; R₃₀₁ to R₃₀₇ and R₃₁₁ to R₃₁₇ which do not form the substituted or unsubstituted, saturated or unsaturated ring are independently a hydrogen atom, a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted alkenyl group including 2 to 50 carbon atoms, a substituted or unsubstituted alkynyl group including 2 to 50 carbon atoms, a substituted or unsubstituted cycloalkyl group including 3 to 50 ring carbon atoms, —Si(R₉₀₁)(R₉₀₂)(R₉₀₃), —O—(R₉₀₄), —S—(R₉₀₅), —N(R₉₀₆)(R₉₀₇), a halogen atom, a cyano group, a nitro group, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; R₃₂₁ and R₃₂₂ are independently a hydrogen atom, a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted alkenyl group including 2 to 50 carbon atoms, a substituted or unsubstituted alkynyl group including 2 to 50 carbon atoms, a substituted or unsubstituted cycloalkyl group including 3 to 50 ring carbon atoms, —Si(R₉₀₁)(R₉₀₂)(R₉₀₃), —O—(R₉₀₄), —S—(R₉₀₅), —N(R₉₀₆)(R₉₀₇), a halogen atom, a cyano group, a nitro group, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; and R₉₀₁ to R₉₀₇ are as defined in the formula (1).
 19. The organic electroluminescence device according to claim 18, wherein in the formula (31), at least one of R₃₀₁ to R₃₀₇ and R₃₁₁ to R₃₁₇ is a group represented by —N(R₉₀₆)(R₉₀₇).
 20. The organic electroluminescence device according to claim 18, wherein in the formula (31), at least two of R₃₀₁ to R₃₀₇ and R₃₁₁ to R₃₁₇ are groups represented by —N(R₉₀₆)(R₉₀₇).
 21. The organic electroluminescence device according to claim 18, wherein the compound represented by the formula (31) is one or more selected from the group consisting of a compound represented by the following formula (32), a compound represented by the following formula (34-2), and a compound represented by the following formula (35-2):

wherein in the formula (32), one or more sets of adjacent two or more of R₃₃₁ to R₃₃₄ and R₃₄₁ to R₃₄₄ form a substituted or unsubstituted, saturated or unsaturated ring by bonding with each other, or do not form a substituted or unsubstituted, saturated or unsaturated ring; R₃₃₁ to R₃₃₄, and R₃₄₁ to R₃₄₄ which do not form the substituted or unsubstituted, saturated or unsaturated ring, and R₃₅₁ and R₃₅₂ are independently a hydrogen atom, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; R₃₆₁ to R₃₆₄ are independently a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; wherein in the formulas (34-2) and (35-2), R₃₆₁ to R₃₆₄ are as defined in the formula (32); one or more sets of adjacent two or more of R₃₇₅ to R₃₇₇ and R₃₈₄ to R₃₈₆ form a substituted or unsubstituted, saturated or unsaturated ring by bonding with each other, or do not form a substituted or unsubstituted, saturated or unsaturated ring; and R₃₇₅ to R₃₇₇ and R₃₈₄ to R₃₈₆ which do not form the substituted or unsubstituted, saturated or unsaturated ring, and R₃₈₇ are independently a hydrogen atom, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms.
 22. The organic electroluminescence device according to claim 18, wherein the compound represented by the formula (31) is one or more compounds selected from the group consisting of a compound represented by the following formula (32-11), a compound represented by the following formula (34-11), and a compound represented by the following formula (35-11):

wherein in the formulas (32-11), (34-11), and (35-11), one or more sets of adjacent two or more of R₃₃₀₁ to R₃₃₀₇ and R₃₃₁₁ to R₃₃₁₇ form a substituted or unsubstituted, saturated or unsaturated ring by bonding with each other, or do not form a substituted or unsubstituted, saturated or unsaturated ring; R₃₃₀₁ to R₃₃₀₇ and R₃₃₁₁ to R₃₃₁₇ which do not form the substituted or unsubstituted, saturated or unsaturated ring, and R₃₃₃₁ are independently a hydrogen atom, a substituted or unsubstituted aryl group including 6 to 20 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 20 ring atoms; two R₃₃₃₁'s may be the same as or different from each other; and R₃₃₂₁ to R₃₃₂₄ are independently a substituted or unsubstituted aryl group including 6 to 20 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 20 ring atoms.
 23. The organic electroluminescence device according to claim 1, wherein the first host material and the second host material are comprised in one emitting layer.
 24. The organic electroluminescence device according to claim 1, comprising a hole-transporting layer between the anode and the emitting layer.
 25. The organic electroluminescence device according to claim 1, comprising an electron-transporting layer between the cathode and the emitting layer.
 26. A composition comprising a compound represented by the following formula (1) and a compound represented by the following formula (2), wherein the compound represented by the following formula (1) and the compound represented by the following formula (2) are different compounds:

wherein in the formula (1), R_(1A) to R_(8A) are independently a hydrogen atom, a substituent R, or a group represented by the following formula (1A); the substituent R is a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted alkenyl group including 2 to 50 carbon atoms, a substituted or unsubstituted alkynyl group including 2 to 50 carbon atoms, a substituted or unsubstituted cycloalkyl group including 3 to 50 ring carbon atoms, —Si(R₉₀₁)(R₉₀₂)(R₉₀₃), —O—(R₉₀₄), —S—(R₉₀₅), —N(R₉₀₆)(R₉₀₇), a halogen atom, a cyano group, a nitro group, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; when two or more of the substituents R are present, the two or more of the substituents R may be the same as or different from each other; L_(1A)'s are independently a single bond, a substituted or unsubstituted arylene group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted divalent heterocyclic group including 5 to 50 ring atoms; Ar_(1A)'s are independently a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; R₉₀₁ to R₉₀₇ are independently a hydrogen atom, a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted cycloalkyl group including 3 to 50 ring carbon atoms, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; when two or more of each of R₉₀₁ to R₉₀₇ are present, the two or more of each of R₉₀₁ to R₉₀₇ are the same as or different from each other; -L_(1A)-Ar_(1A)  (1A) wherein in the formula (1A), L_(1A) and Ar_(1A) are as defined in the formula (1); and when two or more groups represented by the formula (1A) are present, the two or more of the groups represented by the formula (1A) may be the same as or different from each other,

wherein in the formula (2), X_(11B) is an oxygen atom or a sulfur atom; one or more sets of adjacent two or more of R_(14B) to R_(17B) form a substituted or unsubstituted, saturated or unsaturated ring by bonding with each other; one or more sets of adjacent two or more of R_(11B) to R_(13B) form a substituted or unsubstituted, saturated or unsaturated ring by bonding with each other, or do not form a substituted or unsubstituted, saturated or unsaturated ring; R_(11B) to R_(17B) which do not form the substituted or unsubstituted, saturated or unsaturated ring are independently a hydrogen atom, a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted alkenyl group including 2 to 50 carbon atoms, a substituted or unsubstituted alkynyl group including 2 to 50 carbon atoms, a substituted or unsubstituted cycloalkyl group including 3 to 50 ring carbon atoms, —Si(R₉₀₁)(R₉₀₂)(R₉₀₃), —O—(R₉₀₄), —S—(R₉₀₅), —N(R₉₀₆)(R₉₀₇), a halogen atom, a cyano group, a nitro group, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; R_(1B) to R_(8B) are independently a hydrogen atom, a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted alkenyl group including 2 to 50 carbon atoms, a substituted or unsubstituted alkynyl group including 2 to 50 carbon atoms, a substituted or unsubstituted cycloalkyl group including 3 to 50 ring carbon atoms, —Si(R₉₀₁)(R₉₀₂)(R₉₀₃), —O—(R₉₀₄), —S—(R₉₀₅), —N(R₉₀₆)(R₉₀₇), a halogen atom, a cyano group, a nitro group, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; L_(1B) and L_(2B) are independently a single bond, a substituted or unsubstituted arylene group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted divalent heterocyclic group including 5 to 50 ring atoms; Ar_(1B) is a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; and R₉₀₁ to R₉₀₇ are as defined in the formula (1).
 27. The composition according to claim 26, wherein in the formula (1), two or more L_(1A)'s are independently a single bond or an unsubstituted arylene group including 6 to 50 ring carbon atoms, and two or more Ar_(1A)'s are independently an unsubstituted aryl group including 6 to 50 ring carbon atoms.
 28. The composition according to claim 26, wherein in the formula (1), one or more of R_(1A) to R_(8A) are independently a deuterium atom.
 29. The composition according to claim 26, wherein in the formula (1), R_(1A) to R_(8A) are deuterium atoms.
 30. The composition according to claim 26, wherein the compound represented by the formula (2) is a compound represented by the following formula (2-11), the following formula (2-12), or the following formula (2-13):

wherein in the formulas (2-11), (2-12), and (2-13), R_(1B) to R_(8B), R_(11B) to R_(13B), X_(11B), and Ar_(1B) are as defined in the formula (2); R_(14B) to R_(21B) are independently a hydrogen atom, a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted alkenyl group including 2 to 50 carbon atoms, a substituted or unsubstituted alkynyl group including 2 to 50 carbon atoms, a substituted or unsubstituted cycloalkyl group including 3 to 50 ring carbon atoms, —Si(R₉₀₁)(R₉₀₂)(R₉₀₃), —O—(R₉₀₄), —S—(R₉₀₅), —N(R₉₀₆)(R₉₀₇), a halogen atom, a cyano group, a nitro group, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; and R₉₀₁ to R₉₀₇ are as defined in the formula (1).
 31. The composition according to claim 26, wherein in the formula (2), X_(11B) is an oxygen atom.
 32. The composition according to claim 26, wherein the compound represented by the formula (2) is a compound represented by the following formula (2-21), the following formula (2-22), or the following formula (2-23):

wherein in the formulas (2-21), (2-22), and (2-23), Ar_(1B) is as defined in the formula (2).
 33. The composition according to claim 26, wherein in the formula (2), Ar_(1B) is an unsubstituted aryl group including 6 to 50 ring carbon atoms, and the aryl group has one or more deuterium atoms.
 34. The composition according to claim 26, wherein in the formula (2), Ar_(1B) has a —C₆D₅ group.
 35. An organic electroluminescence device comprising: a cathode; an anode; and at least one emitting layer disposed between the cathode and the anode, wherein the emitting layer comprises a composition according to claim
 26. 36. An electronic apparatus, equipped with the organic electroluminescence device according to claim
 1. 37. A powder comprising the composition according to claim
 26. 38. A compound represented by the following formula (3-1):

wherein in the formula (3-1), X_(11C) is an oxygen atom or a sulfur atom; L_(1C) and L_(2C) are independently a single bond, a substituted or unsubstituted arylene group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted divalent heterocyclic group including 5 to 50 ring atoms; provided that a hydrogen atom possessed by L_(1C) which is not a single bond may be a deuterium atom; one or more sets of adjacent two or more of R_(11C) to R_(13C) form a substituted or unsubstituted, saturated or unsaturated ring by bonding with each other, or do not form a substituted or unsubstituted, saturated or unsaturated ring; R_(1C) to R_(8C), R_(14C), R_(15C), and R_(18C) to R_(21C), and R_(11C) to R_(13C) which do not form the substituted or unsubstituted, saturated or unsaturated ring are independently a hydrogen atom, a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted alkenyl group including 2 to 50 carbon atoms, a substituted or unsubstituted alkynyl group including 2 to 50 carbon atoms, a substituted or unsubstituted cycloalkyl group including 3 to 50 ring carbon atoms, —Si(R₉₀₁)(R₉₀₂)(R₉₀₃), —O—(R₉₀₄), —S—(R₉₀₅), —N(R₉₀₆)(R₉₀₇), a halogen atom, a cyano group, a nitro group, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; R₉₀₁ to R₉₀₇ are independently a hydrogen atom, a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted cycloalkyl group including 3 to 50 ring carbon atoms, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; when two or more of each of R₉₀₁ to R₉₀₇ are present, the two or more of each of R₉₀₁ to R₉₀₇ may be the same as or different from each other; provided that in the case where R_(1C) to R_(8C), R_(14C), R_(15C), and R_(15C) to R_(21C), and R_(11C) to R_(13C) which do not form the substituted or unsubstituted, saturated or unsaturated ring are hydrogen atoms, the hydrogen atoms are not deuterium atoms; hydrogen atoms possessed by R_(1C) to R_(8C), R_(14C), R_(15C), and R_(18C) to R_(21C) which are not hydrogen atoms, and R_(11C) to R_(13C) which do not form the substituted or unsubstituted, saturated or unsaturated ring are not deuterium atoms; in the case where R_(1C) to R_(8C), R_(14C), R_(15C), and R_(18C) to R_(21C) which are not hydrogen atoms, and R_(11C) to R_(13C) which form a substituted or unsubstituted, saturated or unsaturated ring and have an arbitrary substituent, hydrogen atoms possessed by the arbitrary substituent are not deuterium atoms; hydrogen atoms possessed by the substituted or unsubstituted, saturated or unsaturated ring formed by bonding R_(11C) to R_(13C) to each other are not deuterium atoms; and in the case where the substituted or unsubstituted, saturated or unsaturated ring formed by bonding R_(11C) to R_(13C) to each other has an arbitrary substituent, hydrogen atoms possessed by the arbitrary substituent are not deuterium atoms.
 39. A compound represented by the following formula (3-2):

wherein in the formula (3-2), X_(11C) is an oxygen atom or a sulfur atom; L_(1C) is a single bond, a substituted or unsubstituted arylene group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted divalent heterocyclic group including 5 to 50 ring atoms; Ar_(1C) is a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; provided that at least one hydrogen atom possessed by the group of -L_(1C)-Ar_(1C) is a deuterium atom; one or more sets of adjacent two or more of R_(11C) to R_(13C) form a substituted or unsubstituted, saturated or unsaturated ring by bonding with each other, or do not form a substituted or unsubstituted, saturated or unsaturated ring; R_(1C) to R_(8C), R_(14C), and R_(1C) to R_(21C), and R_(11C) to R_(13C) which do not form the substituted or unsubstituted, saturated or unsaturated ring are independently a hydrogen atom, a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted alkenyl group including 2 to 50 carbon atoms, a substituted or unsubstituted alkynyl group including 2 to 50 carbon atoms, a substituted or unsubstituted cycloalkyl group including 3 to 50 ring carbon atoms, —Si(R₉₀₁)(R₉₀₂)(R₉₀₃), —O—(R₉₀₄), —S—(R₉₀₅), —N(R₉₀₆)(R₉₀₇), a halogen atom, a cyano group, a nitro group, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; R₉₀₁ to R₉₀₇ are independently a hydrogen atom, a substituted or unsubstituted alkyl group including 1 to 50 carbon atoms, a substituted or unsubstituted cycloalkyl group including 3 to 50 ring carbon atoms, a substituted or unsubstituted aryl group including 6 to 50 ring carbon atoms, or a substituted or unsubstituted monovalent heterocyclic group including 5 to 50 ring atoms; when two or more of each of R₉₀₁ to R₉₀₇ are present, the two or more of each of R₉₀₁ to R₉₀₇ may be the same as or different from each other; provided that in the case where R_(1C) to R_(8C), R_(14C), and R_(1C) to R_(21C), and R_(11C) to R_(13C) which do not form the substituted or unsubstituted, saturated or unsaturated ring are hydrogen atoms, the hydrogen atoms are not deuterium atoms; R_(1C) to R_(8C), R_(14C) and R_(17C) to R_(21C), which are not hydrogen atoms, and hydrogen atoms of R_(11C) to R_(13C) which do not form the substituted or unsubstituted, saturated or unsaturated rings, are not deuterium atoms; in the case where R_(1C) to R_(8C), R_(14C), and R_(1C) to R_(21C) which are not hydrogen atoms, and R_(11C) to R_(13C) which do not form the substituted or unsubstituted, saturated or unsaturated ring have an arbitrary substituent, hydrogen atoms possessed by the arbitrary substituent are not deuterium atoms; hydrogen atoms possessed by the substituted or unsubstituted, saturated or unsaturated ring formed by bonding R_(11C) to R_(13C) to each other are not deuterium atoms; and in the case where the substituted or unsubstituted, saturated or unsaturated ring formed by bonding R_(11C) to R_(13C) to each other has an arbitrary substituent, hydrogen atoms possessed by the arbitrary substituent are not deuterium atoms.
 40. The compound according to claim 39, wherein the compound represented by the formula (3-2) is a compound represented by the following formula (3-2-1):

wherein in the formula (3-2-1), X_(11C), R_(11C) to R_(14C), R_(17C) to R_(21C), R_(1C) to R_(8C), and L_(1C) are as defined in the formula (3-2).
 41. The compound according to claim 40, wherein in the formula (3-2-1), L_(1C) is a single bond or an unsubstituted arylene group including 6 to 50 ring carbon atoms.
 42. The compound according to claim 40, wherein in the formula (3-2-1), L_(1C) is a single bond, an unsubstituted phenylene group, or an unsubstituted naphthylene group.
 43. The compound according to claim 39, wherein in the formula (3-2), X_(11C) is an oxygen atom.
 44. The compound according to claim 39, wherein the compound represented by the formula (3-2) is a compound represented by the following formula (3-2-2):

wherein in the formula (3-2-2), Ar_(1C) is as defined in the formula (3-2).
 45. The compound according to claim 39, wherein in the formula (3-2), Ar_(1C) is a —C₆D₅ group. 